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SCIENCE IN SEMICONDUCTOR PROCESSING 半导体加工的材料科学1369-8001 0.419/science/journal/13698001156 BRIT CERAM T BRITISH CERAMIC TRANSACTIONS 英国陶瓷会刊0967-9782 0.413/journals/browse/maney/bct157 MECH COMPOS MA TER MECHANICS OF COMPOSITE MA TERIALS 复合材料力学0191-5665 0.405/issn/0191-5665/contents158 J COATING TECHNOL JOURNAL OF COATINGS TECHNOLOGY 涂层技术杂志0361-8773 0.393/Publications/JCT.html159 J REINF PLAST COMP JOURNAL OF REINFORCED PLASTICS AND COMPOSITES 增强塑料和复合材料杂志0731-6844 0.383/journal.aspx?pid=318160 MATER CORROS MA TERIALS AND CORROSION-WERKSTOFFE UND KORROSION 材料与腐蚀0947-5117 0.376http://www.wiley-vch.de/vch/journals/2010/161 SCI CHINA SER E SCIENCE IN CHINA SERIES E-TECHNOLOGICAL SCIENCES 中国科学E技术科学1006-9321 0.376/scienceinchina_e_en.htm162 CEMENT CONCRETE COMP CEMENT & CONCRETE COMPOSITES 水泥与混凝土复合材料0958-9465 0.371/science/journal/09589465163 MATER EV AL MATERIALS EV ALUA TION 材料评价0025-5327 0.371/publications/materialseval/materialseval.htm164 POL YM POL YM COMPOS POL YMERS & POLYMER COMPOSITES 聚合物与聚合物复合材料0967-3911 0.368/Themes/polymers.htm165 J MATER SYNTH PROCES JOURNAL OF MATERIALS SYNTHESIS AND PROCESSING 料合成与加工杂志1064-7562 0.358/issn/1064-7562/current166 ADV COMPOS MA TER ADV ANCED COMPOSITE MA TERIALS 先进复合材料0924-3046 0.357/167 INT J MA TER PROD TEC INTERNATIONAL JOURNAL OF MATERIALS & PRODUCT TECHNOLOGY 材料与生产技术国际杂志0268-1900 0.349/catalogue/m/ijmpt/indexijmpt.html168 J MA TER CIVIL ENG JOURNAL OF MATERIALS IN CIVIL ENGINEERING 土木工程材料杂志0899-1561 0.348/mto/169 HIGH TEMP MATER P-US HIGH TEMPERATURE MATERIAL PROCESSES 高温材料加工1093-3611 0.342/journals/57d172397126f956.html170 CONSTR BUILD MATER CONSTRUCTION AND BUILDING MA TERIALS 结构与建筑材料0950-0618 0.341/science/journal/09500618171 HIGH TEMP+ HIGH TEMPERATURE 高温0018-151X 0.327/issn/0018-151X/contents172 RARE METAL MAT ENG RARE METAL MATERIALS AND ENGINEERING 稀有金属材料与工程1002-185X 0.319http://www.benran.ru/Magazin/El_vin/X/082472.HTM173 INORG MATER+ INORGANIC MA TERIALS 无机材料0020-1685 0.312/science/journal/14666049174 SCI TECHNOL WELD JOI SCIENCE AND TECHNOLOGY OF WELDING AND JOINING 焊接科学与技术1362-1718 0.295/phase-trans/abstracts/stwj.html175 MATER MANUF PROCESS MATERIALS AND MANUFACTURING PROCESSES 材料与制造工艺1042-6914 0.288/servlet/product/productid/AMP176 FERROELECTRICS LETT FERROELECTRICS LETTERS SECTION 铁电材料快报0731-5171 0.274/journals/titles/07315171.html177 J MA TER SCI TECHNOL JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY 材料科学与技术杂志1005-0302 0.269http://coral.dir.bg/jmst-h.htm178 J MA TER ENG PERFORM JOURNAL OF MATERIALS ENGINEERING AND PERFORMANCE 材料工程与性能杂志1059-9495 0.268/science/journal/10599495179 MET MATER-INT METALS AND MATERIALS INTERNA TIONAL 国际金属及材料1225-9438 0.256http://www.icm.re.kr/doc/paper/index.jsp?flag=kor&jcode=499180 GLASS TECHNOL GLASS TECHNOLOGY 玻璃技术0017-1050 0.255/181 J MATER PROCESS TECH JOURNAL OF MATERIALS PROCESSING TECHNOLOGY 材料加工技术杂志0924-0136 0.255/science/journal/09240136182 J POL YM MATER JOURNAL OF POL YMER MATERIALS 聚合物材料杂志0970-0838 0.229http://balkema.ima.nl/scripts/cgiBalkema.exe/serie?SerNo=40183 ADV POWDER TECHNOL ADV ANCED POWDER TECHNOLOGY 先进粉末技术0921-8831 0.224/journals/jn-AdvPowTec.html184 J ADV MATER JOURNAL OF ADV ANCED MATERIALS 先进材料杂志1070-9789 0.22/JAM.html185 SYNTHESE SYNTHESE 合成0039-7857 0.208/issn/0039-7857186 GLASS SCI TECHNOL GLASS SCIENCE AND TECHNOLOGY-GLASTECHNISCHE BERICHTE 玻璃科学与技术0946-7475 0.189/isi/187 J TEST EV AL JOURNAL OF TESTING AND EV ALUATION 测试及评价杂志0090-3973 0.171/cgi-bin/SoftCart.exe/index.shtml?E+mystore188 MATER SCI TECH-LOND MA TERIALS SCIENCE AND TECHNOLOGY 材料科学与技术0267-0836 0.171/~tw/home.html189 POWDER METALL MET C+ POWDER METALLURGY AND METAL CERAMICS 粉末冶金及金属陶瓷1068-1302 0.161/issn/1068-1302/contents190 MATER SCI+ MATERIALS SCIENCE 材料科学1068-820X 0.15/191 MATER TECHNOL MATERIALS TECHNOLOGY 材料技术1066-7857 0.147/192 ADV MATER PROCESS ADV ANCED MA TERIALS & PROCESSES 先进材料及工艺0882-7958 0.144/193 RARE METALS RARE METALS 稀有金属1001-0521 0.142/194 J WUHAN UNIV TECHNOL JOURNAL OF WUHAN UNIVERSITY OF TECHNOLOGY-MATERIALS SCIENCE EDITION 武汉理工大学学报-材料科学版1000-2413 0.14/journal/english/order.htm195 PLAT SURF FINISH PLATING AND SURFACE FINISHING 电镀和表面修整0360-3164 0.14/196 J INORG MA TER JOURNAL OF INORGANIC MATERIALS 无机材料杂志1000-324X 0.131/science/journal/14666049197 MATER WORLD MA TERIALS WORLD 材料世界0967-8638 0.104/198 MET SCI HEAT TREA T+ METAL SCIENCE AND HEAT TREATMENT 金属科学及热处理0026-0673 0.096/issn/0026-0673/current199 METALL METALL 金属0026-0746 0.096http://www.vsb.cz/200 MATER PERFORMANCE MA TERIALS PERFORMANCE 材料性能0094-1492 0.087/nace/content/publications/mediakit.asp#MP201 J MA TER PROCESS MANU JOURNAL OF MATERIALS PROCESSING & MANUFACTURING SCIENCE 材料加工与制造科学杂志1062-0656 0.078/journal.aspx?pid=316202 SCI ENG COMPOS MATER SCIENCE AND ENGINEERING OF COMPOSITE MATERIALS 复合材料科学与工程0334-181X 0.075/exec/obidos/ASIN/B00006KWDC/shoppingsavvy-20/002-4085689-4536 025203 IEEE T COMPON PACK T IEEE TRANSACTIONS ON COMPONENTS AND PACKAGING TECHNOLOGIES IEEE元件及封装技术会刊1521-3331 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国外物理学类核心期刊中英文对照物理总论类核心期刊表序号刊名中文译名中图刊号出版国1Physical review letters物理学评论快报530B0003美国2Physical review. E，Statistical,nonlinear,and soft matter physics物理学评论。
E辑，统计物理学、非线性和软凝聚态物理学530B0002－1E美国3Advances In physics物理学进展530C0002英国4Physics reports物理学报道530LB006荷兰5Physica. A物理学。
A辑530LB007荷兰6Journal of physics. D, Applied physics物理学杂志。
D辑，应用物理学539C0001英国7Journal Of physics。
A，Mathematics and general物理学杂志A辑，数理与普通物理学530C0003英国8Physics today今日物理学530B0005美国9Journal of the Physical Society of Japan日本物理学会志530D0002日本10Reports on progress In physics物理学进展报告530C0059英国11Computer physics communications计算机物理学通讯738LB002-A荷兰12Journal of mathematical physics数学物理学杂志533B0001美国13Journal of computational physics计算物理学杂志539B0002美国14Physica。
D，Nonlinear phenomena物理学。
D辑，非线性现象530LB009荷兰15Journal of experimental and theoretical physics实验与理论物理学杂志533B0006 美国16Communications In mathematical physics数学物理通讯533E0001德国17JETP letters实验与理论物理学杂志快报533B0005美国18Europhysics letters欧洲物理学快报530F054法国19Philosophical magazine哲学杂志530C0001英国20Annals of physics物理学纪事530B0007美国21Foundations Of physics物理学基础530LB003荷兰22American Journal of physics美国物理学杂志530B0006美国23Journal de physique. IV，Proceedings物理学杂志。
英国物理学会〔IOP〕出版社45种电子期刊
一、出版社及期刊介绍：
英国物理学会是国际性的学术协会和专业机构，其使命是促进物理学的开展和其在全世界的传播。
英国物理学会出版社是全球领先的专注于物理学及相关学科的科技出版社，是英国物理学会的重要组成局部。
IOP出版如下世界知名的学协会的期刊：英国物理学会，中国物理学会、欧洲物理学会、德国物理学会、欧洲光学学会、国际计量局、伦敦数学学会、国际原子能机构、瑞典皇家科学院、放射保护学会、医学物理和工程学会、中科院等离子所和中国力学学会、意大利里雅斯特国际高级研究生院、南京石油物探研究所、国际呼吸研究协会和国际呼吸气味研究学会等。
现在IOP出版45种电子期刊向CALIS集团成员开放，其中42种被SCI收录，40种有影响因子。
出版学科包括：应用物理，计算机科学，凝聚态和材料科学，物理总论，高能和核能物理，数学和应用数学、数学物理，测量科学和传感器，医学和生物学，光学、原子和分子物理，物理教育学，等离子物理等。
具体刊名如下:
二、访问方式及访问范围：
用户可以访问IOP主站，IOP主站可通过专线访问〔无国际流量费〕。
可访问数据范围：
IOP主网站：wEJ/
数据：1874年—至今
试用期2009年4月15日－2009年12月31日。
物理学期刊排行和影响因子物理学期刊影响因子SCI影响因子 2011年 - 大类:物理 SCI影响因子物理杂志排行美国的 <Science> (科学）和英国的 <Nature> （自然）是两部面向所有非人文类一级学科的杂志，包括数理化……。
是全球最权威的杂志。
如果专说面向物理学科的杂志，主要有：Review of Modern Physics（现代物理评论）。
影响因子在20多, Physics Reports（物理报道）影响因子20多。
以上两部杂志都是约稿性质的杂志。
专门向世界级物理学家约稿。
不接受自由投稿。
接下来：Physical Review Letters 物理评论快报影响因子 7~8Physical Review 物理评论（分 A B C D E 几个系列，平均影响因子3~4）Physics Letters 物理快报（分 A 和 B, 平均影响因子 4左右）Applied Physics Letters 应用物理快报影响因子 4 以上再接下来European Physical Journal 欧洲物理杂志Journal of Physics 物理杂志（可能就是你说的物理学杂志）第一：是Reviews of Morden Physics该杂志影响因子02年是30多，其实这个杂志可以称为书，一期杂志大约仅仅发表几篇文章，而每片文章却是几十至上百页之多，基本上就是当今物理研究热点的总结，基本都是著名物理学家持笔，A quarterly journal published by The American Physical Society。
著名物理学家Martin Blume, Editor-in-Chief.第二：物理学的最高级别杂志为?Physics Review Letter.(Besides Nature & Science)该杂志是American Physical Society主办。
参考文献所引用期刊常采用缩写名称. 下面列出了一些物理类论文所引用期刊, 其标准的缩写名称由黑体表示.Acta Chim ica Sin ica (化学学报)Acta Crystallogr aphicaActa Cytol ogicaActa Crystallogr aphica, Sect ion A: Crystal Physics, Diffraction, Theoretical and General CrystallographyActa Crystallogr aphica, Sect ion B: Structural Crystallography and Crystal ChemistryActa Phys icaActa Phys ica-Chim ica Sin ica (物理化学学报)Acta Phys ica AustriacaActa Phys ica Pol onicaActa Phys ica Sin ica-Ch inese Ed ition (物理学报)AcusticaAdv ances in Appl ied Mech anicsAdv ances in At omic and Mol ecular Phys icsAdv ances in Chem ical Phys icsAdv ances in Magn etic Reson anceAdv ances in Phys icsAdv ances in Quantum Chem istryAIP Conf erence Proc eedingsAkust icheskii Zh urnal [Sov iet Phys ics--- Acoust ics]Am erican J ournal of Phys icsAnal ytical Chem istryAnn als of Fluid Dyn amicsAnn als of Math ematicsAnn als of Phys ics (N ew Y ork)Annu al Rev iew of Nucl ear Sci enceAppl ied Opt icsAppl ied Phys ics Lett ersAppl ied Spectrosc opyAstron omical J ournalAstron omy and Astrophys icsAstrophys ical J ournalAstrophys ical J ournal, Lett ers to the EditorAstrophys ical J ournal, Suppl ement Ser iesAstrophys ical Lett ersAt omic Data and Nucl ear Data TablesAust ralian J ournal of Phys icsBell Syst em Tech nical J ournalBiogr aphical Mem oir s of Fell ows of the R oyal Soc ietyBiochem istryBiol ogy Lett ersBr itish J ournal of Appl ied Phys icsBull etin of the Acad emy of Sci ences of the USSR, Phys ical Ser ies (translation of Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya)Bull etin of the Am erican Astron omical Soc ietyBull etin of The Am erican Phys ical Soc ietyBull etin of the Astron omical Inst itutes of the Neth erlandsBull etin of the Chem ical Soc iety of J a p a nCan adian J ournal of Chem istryCan adian J ournal of Phys icsCan adian J ournal of Res earchChem ical J ournal of Chin ese U niversity (高等学校化学学报)Chem ical Phys icsChem ical Phys ics Lett ersChem ical Rev iewsChin ese Chem istry Lett ersChin ese J ournal of Chem istry (化学学报)Chin ese J ournal of Chem istry Phys ics (化学物理学报)Chin ese J ournal of Phys icsChin ese J ournal of Struct ural Chem istry (结构化学学报)Chin ese Phys icsChin ese Phys ics Lett ersChin ese Sci ence Bull etin (科学通报)Comments on Astrophys ics and Space Phys icsComments on At omic and Mol ecular Phys icsComments on Nucl ear and Part icle Phys icsComments on Plasma Phys ics and Controlled FusionComments on Solid State Phys icsCommun ications in Math ematical Phys icsCommun ications in Theor etical Phys icsCommun ications on Pure and Appl ied Math ematicsComput er Phys ics Commun icationsCryogenicsCzech oslovak J ournal of Phys icsDiscuss ions of the Faraday Soc ietyEarth and Planet ary Sci ence Lett ersElectron ics Lett ersExperientiaFields and QuantaFound ations of Phys icsHelv etica Chim ica ActaHelv etica Phys ica ActaHigh Temp erature ( USSR) (translation of Teplofizika Vysokikh Temperatur)IBM J ournal of Res earch and Dev elopmentIcarusIEEE J ournal of Quantum Electron icsIEEE Trans actions on Antennas and Propag ationIEEE Trans actions on Electron DevicesIEEE Trans actions on Inf ormation TheoryIEEE Trans actions on Instrum entation and Meas urementIEEE Trans actions on Magn eticsIEEE Trans actions on Microwave Theory and Tech niquesIEEE Trans actions on Nucl ear Sci enceIEEE Trans actions on Sonics and Ultrason icsInd ustrial and Eng ineering Chem istryInfrared Phys icsInorg anic Chem istryInorg anic Mater ials ( USSR) (translation of Izvestiya Akademii Nauk SSSR, Neorganicheskie Materialy) Instrum ents and Exp erimental Tech niques ( USSR) (translation of Pribory i Tekhnika Eksperimenta) Int ernational J ournal of Magn etismInt ernational J ournal of Quantum Chem istryInt ernational J ournal of Quantum Chem istry, Part 1Int ernational J ournal of Quantum Chem istry, Part 2Int ernational J ournal of Theor etical Phys icsJ a p a n ese J ournal of Appl ied Phys icsJ a p a n ese J ournal of Phys icsJETP Lett ers (translation of Pis'ma v Zhurnal Eksperimental'noi i Teoreticheskoi Fiziki)J ournal de Chim ie Phys iqueJ ournal de Phys ique ( Paris)J ournal de Phys ique et le RadiumJ ournal of Appl ied Crystallogr aphyJ ournal of Appl ied Phys icsJ ournal of Appl ied Spectrosc opy ( USSR) (translation of Zhurnal Prikladnoi Spektroskopii)J ournal of Atmos pheric and Terr estrial Phys icsJ ournal of Atmos pheric Sci encesJ ournal of At omic and Mol ecular Phys ics (原子与分子物理学报)J ournal of Chem ical Phys icsJ ournal of Comput ational Phys icsJ ournal of Cryst al GrowthJ ournal of Fluid Mech anicsJ ournal of Geophys ical Res earchJ ournal of High Energy Phys icsJ ournal of Inorg anic and Nucl ear Chem istryJ ournal of Low Temp erature Phys icsJ ournal of Lumin escenceJ ournal of Macromol ecular Sci ence, [Part B] Phys icsJ ournal of Math ematical Phys icsJ ournal of Mol ecular Spectrosc opyJ ournal of Non-Cryst alline SolidsJ ournal of Nucl ear EnergyJ ournal of Nucl ear Energy, Part C: Plasma Physics, Accelerators, Thermonuclear ResearchJ ournal of Nucl ear Mater ialsJ ournal of Phys ical and Chem ical Ref erence DataJ ournal of Phys ical Chem istryJ ournal of Phys ics A: General PhysicsJ ournal of Phys ics and Chem istry of SolidsJ ournal of Phys ics B: At omic, Mol ecular and Opt ical Phys icsJ ournal of Phys ics: Cond ensed MatterJ ournal of Phys ics D: Appl ied Phys icsJ ournal of Phys ics E: Scientific InstrumentsJ ournal of Phys ics F: Metal PhysicsJ ournal of Phys ics ( Moscow)J ournal of Plasma Phys icsJ ournal of Polym er Sci enceJ ournal of Polym er Sci ence, Polym er Lett ers Ed itionJ ournal of Polym er Sci ence, Polym er Phys ics Ed itionJ ournal of Quant itative Spectrosc opy & Radiat ive TransferJ ournal of Res earch of the Nat iona l Bur eau of Stand ardsJ ournal of Res earch of the Nat iona l Bur eau of Stand ards, Sect ion A: Physics and ChemistryJ ournal of Res earch of the Nat iona l Bur eau of Stand ards, Sect ion B: Mathematical SciencesJ ournal of Res earch of the Nat iona l Bur eau of Stand ards, Sect ion C: Engineering and Instrumentation J ournal of Sci entific Instrum entsJ ournal of Sound and Vib rationJ ournal of Speech and Hear ing Disord ersJ ournal of Speech and Hear ing Res earchJ ournal of Stat istical Phys icsJ ournal of the Acoust ical Soc iety of Am ericaJ ournal of the Am erican Ceram ic Soc ietyJ ournal of the Am erican Chem ical Soc ietyJ ournal of the Am erican Inst itute of Electr ical Eng ineersJ ournal of the Audio Eng ineering Soc ietyJ ournal of the Chem ical Soc ietyJ ournal of the Electrochem ical Soc ietyJ ournal of the Mech anics and Phys ics of SolidsJ ournal of the Opt ical Soc iety of Am ericaJ ournal of the Phys ical Soc iety of J a p a nJ ournal of the R oyal Soc iety InterfaceJ ournal of Vac uum Sci ence and Technol ogyMater ials Res earch Bull etinMed ical Phys icsMem oirs of the R oyal Astron omical Soc ietyMol ecular Cryst als and Liq uid Cryst alsMol ecular Phys icsMon thly Not ices of the R oyal Astron omical Soc ietyNat iona l Bur eau of Stand ards ( U.S.), Circ ularNat iona l Bur eau of Stand ards ( U.S.), Misc ellaneous Publ icationNat iona l Bur eau of Stand ards ( U.S.), Spec ial Publ icationNature( London)Notes and Rec ords of the R oyal Soc ietyNucl ear Data, Sect ion ANucl ear Data, Sect ion BNucl ear FusionNucl ear Instrum entsNucl ear Instrum ents & MethodsNucl ear Phys icsNucl ear Phys ics ANucl ear Phys ics BNucl ear Sci ence and Eng ineeringOpt ica ActaOpt ics and Spectrosc opy ( USSR) (translation of Optika i Spektroskopiya)Opt ics Commun icationsOpt ics Lett ersOpt ics NewsOptik( Stuttgart)Philips Res earch Rep ortsPhilos ophical Mag azinePhil osophical Trans actions of the R oyal Soc iety of LondonPhil osophical Trans actions of the R oyal Soc iety A: Mathematical, Physical and Engineering Sciences Phil osophical Trans actions of the R oyal Soc iety B: Biological SciencesPhys ical Rev iewPhys ical Rev iew A: Atomic, Molecular, and Optical PhysicsPhys ical Rev iew B: Solid StatePhys ical Rev iew C: Nuclear PhysicsPhys 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International Journal of Modern Manufacturing TechnologiesISSN 2067–3604, Vol. XII, No. 1 / 2020CONFIGURATION AND PROGRAMMING OF THE FANUC IRVISION VISION SYSTEM FOR APPLICATIONS IN THE DYNAMIC ENVIRONMENTOF MANIPULATED ELEMENTSMirosław Marny, Mariusz Piotr HetmanczykThe Silesian University of Technology, Faculty of Mechanical Engineering,Department of Engineering Processes Automation and Integrated Manufacturing Systems,Konarskiego 18A St., 44-100, Gliwice, PolandCorrespondingauthor:MariuszPiotrHetmanczyk,***************************Abstract: The article presents the configuration process of the vision system with a fixed camera and identification of position of manipulated components related to robot's scene coordinates system. In the research phase, a 2D vision system was used, which determines the location of the detail in the form of X and Y coordinates, as well as the orientation around the Z axis (defined as the R parameter). The description of the camera configuration, defining the TCP point of the robot, the definition of the robot's scene and the camera calibration procedure were discussed in detail. Subsequently, a teaching process of the calibration pattern and a definition of the reference position were described. The authors presented also the basic steps of elementary image analysis related to processing, recognition of the learned patterns and their locating in captured images.Key words:vision systems, robotics, Artifical Intelligence, image analysis, automation of manipulation processes.1. INTRODUCTIONThe main tasks of modern industrial robots are palletizing, packaging, welding, pressure welding, cutting, gluing, assembly and many others. The robot can accomplish required tasks using knowledge about the environment, which is defined by the control algorithm in an unchangeable manner (Cubero, 2006). Such an approach assumes the total invariability of the robot scene or possibility of modifications occurring in a strictly predictable way. Modern industrial robots (Rashitov and Ivanou, 2019) usually work in a dynamically changing environment, in which positions of manipulated components do not show the features of repeatability and additionally occurs extraordinary cases that could not be anticipated by the programmer (Connolly, 2007). Current development trends require the implementation of devices characterized by an increasing degree of an intelligence, an autonomy as well as an interaction with the dynamically changing industrial environment. To the main assisting systems that enable partial meet of these needs could be classified industrial vision systems (Golnabia and Asadpourb, 2007). Vision systems allow to interact with the environment (Košecká et al., 2015), orientation in it, simple determination of the basic properties of objects and provide a higher level of autonomy (compared with other groups of industrial sensors).The manufacturers of industrial robots meet the growing market expectations by the implementation of vision systems solutions dedicated for their own robot controllers. One such example is the FANUC iRVision vision system (B-82774EN-3/03, 2019). The use of the iRVision system minimizes the time and number of activities performed during the implementation phase, eliminating at the same time the need to develop advanced image analysis algorithms (Jiang et al., 2019, Cholewa, A., 2018), as well as configuring the communication between the vision system and the robot controller. The user has to perform only basic configuration tasks, teach the vision system, as well as develop the structure of the robot's control algorithm (B-82774EN-3/01, 2019). The process of a initial preparation and running of the application should also take into account many additional factors, related mainly to the functional safety and an optimization of work.2. SYSTEM CONFIGURATION2.1. Identification of main functional parameters and selection of a vision cameraAs a part of the research scope, it was assumed configuration of the 2D vision system for the purpose of recognition and location of two types of objects (showing significant similarity features, Figure 1), in order to sort them on separate storage palettes (Lyshevski, 2008).The selection of camera (especially optical system parameters) is a crucial for the satisfactory reproduction of features of real objects (Xinguo and Guangjun Zhang, 2013).In particular, parameters such as the minimum size of the detail reproduced in the recorded image, the maximum field of a view and the distance of the camera lens from the surface of the detail should be taken into account (Yahui and Xianzhong, 2011). Based on the described data it is possible to select the resolution, size of the matrix, as well as the focal length of the camera lens (Zhuang and Roth, 2018).Fig. 1. View of objects subjected to the sorting process using a vision system, where: 1, 2 - objects of the first andsecond type, 3 - storage palletThe functional parameters of the camera were selected on the basis of the following equations (1÷4), in the case of:∙height of the field of view (P W):P W=[(d OC∙C W)−(d W∙C W)]/d W (1) where:P W - height of the field of view [mm],C W - height of the CCD matrix [mm],d W-focal length of the lens (selected in relation to the P W height) [mm],d OC- distance of the observed object from the camera [mm],∙width of the field of view (P S):P S=[(d OC∙C S)−(d W∙C S)]/d S (2) where:P S - width of the field of view [mm],C S - width of the CCD matrix [mm],d S - focal length of the lens (selected in relation to the P S width).∙minimum height of the observed object (w H):w H=P H/(0.5∙L PH) (3) where:w H - minimum height of the observed object [mm],P H - height of the field of view [mm],L PH - number of pixels on the matrix height dimension,∙minimum width of the observed object (w W): w W=P W/(0.5∙L PW) (4) where:w W - minimum width of the observed object [mm], P W - width of the field of view [mm],L PW- number of pixels on the matrix width dimension.Based on the overall dimensions of the test station, the parameters of the video camera were calculated (Table 1).Table 1. C alculated configuration parameters of the visionIn the application the Sony XC-56 monochrome camera connected to the robot controller was used. Specification of the camera is shown in Table 2.An industrial robot can also carry out manipulation tasks without utilization a vision system, using the knowledge of the environment contained in the control programme.However, this approach assumes the invariability of the sequence of performed tasks or making changes in a algorithmized manner.2.2 Configuration of the vision system in the aspect of cooperation with the industrial robotThe main tasks of the vision system in the presented application include: identification and verification of geometric features of objects located on the robot stage, determining the location and orientation of objects, navigation and control of the robot'skinematic system and gripper.The measurement of the robot's displacement, relative to the reference position, can be estimated in the coordinate system associated with (Figure 2): robot scene (Fixed Frame Offset; in the case of displacement of the gripped detail), tool (Tool Offset; approach used when it is possible to change the position of the detail relative to the gripping tool or the possibility of relative displacement during grasping e.g. vacuum, needle and magnetic grippers).Fig. 2. The methods of identifying the position of objects in the coordinate system: a) Fixed Frame Offset, b) ToolOffsetThe vision camera can be permanently mounted to a fixed bracket or directly to the wrist of an industrial robot (Figure 3).Fig. 3. Vision camera mounting methods: a) fixed bracket oriented relative to the global coordinate system of therobot, b) mounting on the robot wristMounting on a robot wrist results in maximization of the area covered by the camera lens once, as well as the ability to capture images from different positions and distances. In this case, the position of the detail depends not only on the location of the camera, but also on the current position of the robot wrist (which increases the complexity of the calculations). In addition, the movement of the robot during shooting may cause blur (Michalski, 2018).Due to the characteristics and requirements of the application, the vision system configuration with the fixed camera and determination of detail position related to the coordinate system of the robot scene was used (Figure 4).The advantages of permanent mounting include image recording with a fixed value of camera parameters (e.g. distance, focal length etc.). The described solution allows additionally for acceleration of the objects identification process, due to the possibility of performing image processingduring the robot's other activities.Fig. 4. View of the vision system configuration used for the research; where: 1 - camera, 2 - optical axis of thecamera, 3 - height of workpiece in Z direction (Z coordinate of measurement plane viewed from XY plane of application user frame), 4 - manipulated object, 5 - storage pallet, 6 - reference axis system (ApplicationUser Frame), 7 - robot, 8 - gripperFigure 5 shows the view of the complete stand, including robot instrumentation (Michalski, 2017). In addition, a SICK WTB4S photoelectric sensor with adjustable output threshold value was mounted on the gripper (Figure 5b). The photoelectric sensor was used to control the distance between the robot's wrist and manipulated parts, which enables precise positioning of the gripper's jaws.Fig. 5. Views of: a) the test stand with the FANUC LR Mate 200iD/4S series robot, b) the robot wrist with the SCHUNK EGP 40 gripper and the SICK WTB4Sphotorelay, c) the SONY XC-56 camera, d) a 3D model of the test stand built in the SIEMENS NX11 environment2.3 The procedure for configuring vision system and industrial robotThe image processing algorithm presented in Figure 6(a) has been adopted in the field of vision system operation. The assumed algorithm for configuring the vision system (connected to the industrial robot controller) includes all the necessary steps leading to obtain a fully functional system (Figure 6(b)).Fig. 6. View of: a) the vision processing algorithm,b) the vision system configuration procedureA correct operation of the vision system required configuration of the connection to the robot controller via Ethernet network (the controller is identified by the IP address). All the necessary steps have been carried out using the WEB SERVER application (which allows also to view configuration data, current parameter values as well as launch the iRVision system).The first stage was the configuration of the camera type and its parameters (Figure 7).Fig. 7. View of the camera main parameters configurationscreenThe next configuration step includes the definition of the TCP (Tool Center Point) of the auxiliary tool, which at a later stage was used to determine the coordinate systems of the manipulator working space and the vision system associated with the calibration screen (in this case the four-point method was used; Figure 8). In the next step the AUF coordinate system (Application User Frame) has been defined, using the three-point method (Figure 9). The three positions define, respectively: the landmark of the coordinate system center, the positive direction of the X axis and the positive direction of the Y axis.Fig. 8. View: a) a definition of the TCP point relative to the calibration pin in a position No. 1, b) the definition of the TCP point relative to the calibration pin in a position No. 2, c) the dialog box with the saved TCP pointIn accordance with the proposed conceptual models, additional instrumentation was made, including a pin that allows accurate determination of coordinate systems (cameras and robot scenes) and a vision system calibration board.Fig. 9. View: a) the pin designed for definition of coordinate systems, b) the board with a calibration patternThe calibration board has been glued onto a flat and rigid surface to minimize distortion and calibration pleted auxiliary tools allow for correct configuration and teaching of the vision system.The direction of the Z axis is determined according to the rule of clockwise coordinate system (Figure 10).Fig. 10. View of the robot wrist orientation in the phase of defining the characteristic points of the coordinate system of the robot scene: a) landmark of the coordinate system, b) defining point of the X axis, c) defining point of the Y axis, d) the dialog box with the saved parameters of thecoordinate systemThe coordinate system of the calibration board was defined similarly. In accordance with the procedure, the four-point method was used, which includes the three-point method extended by passing to the origin point of the coordinate system (Figure 11).Fig. 11. Definition of the characteristic points on the calibration board: a) landmark, b) defining point of the X axis, c) defining point of the Y axis, d) starting point, e) the dialog box with the coordinate system defined with usageof the four-point methodThe last step at the configuration stage is the calibration of the vision system.During this process, the vision system calculates the camera position (relative to the robot scene coordinate system), the position of the calibration board (relative to the application coordinate system) and determines the ratio of one pixel of the image recorded by the camera related to the current distance.2.4 The process of patterns learning of the FANUC iRVision vision systemThe vision system programming process involves teaching of patterns that are then sought in a defined mapping area. The vision system assigns each identified image of the pattern a rating (a number from the range of 0÷100), the numerical value of the rating corresponds to the compliance of the image of detail with the defined pattern.In the first step, a vision mask was defined (defining the area to be searched; Figure 12 (a).Fig. 12.View of: a) defined robot scene search mask,b) the 3D model of the scene, c) real object Figure 13 shows the view of the vision system calibration board. The green marker indicates the center of the band, while the red one indicates the central position calculated by the system (if both locations overlap, only the green marker is displayed). Subsequently it was required to assign the calibration board to the robot coordinate system.The following tasks were performed to configure the parameter set:∙the contrast has been maximized by adjusting the camera's exposure value,∙the value of a distance between the center points of the calibration lines was defined (in the considered case this value was equal 25 mm),∙camera mounting method was set,∙the coordinate system number of the calibration board was selected,∙perspective projection was selected.Four large bands (marked in blue) provide a reference for the camera indicating the positive direction of the X axis (3 bands) and the Y axis (2 bands).In the software tabs, it is possible to view also calibration parameters, relative positions of individual coordinate systems and cameras, as well as each of calibration points. The software used in the tests enables also deleting configuration parameters in case of incorrect indication of identification and location of the object. However, any change in the parameter value necessitates re-calibration.The next step was to teach patterns of manipulated components. To this end, one element of each type was set in the field of view of the camera.Teaching began with a white cube with a contrast mark in the center of each wall.The TEACH function was used for the teaching process (its activation causes automatic edge detection and selection on the image).It is also possible to manually define a contour or edges. Then (using the CENTER ORIGIN function) a characteristic point (i.e. geometric center of the identified element) has been appointed. For each template the reference number was assigned.Fig. 13. View of: a) the vision system calibration board,b) the configuration parameters screenAs a result, satisfactory repeatability results of the learned pattern were achieved. The teaching process was repeated many times, changing the parameters of the camera settings to achieve a satisfactory result. An additional difficulty was the lack of additional lighting of the robot scene, which affected the contrast and blurring of the edges of the manipulated details.The last step specifies the minimum value of the compliance threshold and the acceptable value of distortion of the identified element, below which the search process ends with the lack of identification of the defined pattern. In this case, the algorithmproceeds to identify the next object or (in the lack of them on stage) reports an identification error.In order to improve the entire process, the identification area has been limited. The size of the object identification area takes into account the minimum value of the width of the gripping jaws set with the active state of opening the robot gripper. The learning process of finding a white cube was carried out in a similar way (Figure 14).In the next step, both patterns were aggregated into one search process.The configured process is implemented from the first pattern, using the relative coordinate system shift function (defined for an industrial robot).Fig. 14. View of: a) the vision system teaching screen,b) the configuration parameters screen The sort function has been set in relation to the criterion of the maximum value of the result of the pattern compliance assessment.The algorithm also defines the maximum number of components in the search process and the function of removing duplicates (if the characteristic points of the component coincide within a distance of less than 10 pixels and a rotation angle of less than 180°).The last step defines the reference position for locating the element. The defined point is the starting position for programming the manipulation of the part.The geometrical center of the element was determined by leaving only one element on the stage and using the SET function (to save the reference position; Figure 15).Fig. 15. View of: a) the vision system screen after the completed programming process, b) the configurationparameters screenThe height of the details identified is constant and is not subject to compensation due to the vision system.3. CONCLUSIONSThe article presents the process of starting the vision system, using a number of necessary elements and accessories, as well as making modifications to the construction equipment of the gripper and the robot scene.After conducting a number of tests, satisfactory results were obtained, as the application seamlessly implements the location of objects in the robot scene and sorts objects.The correct operation of the entire vision system, and mainly the accuracy of the positioning of the manipulator wrist (in relation to the identified elements) is largely influenced by the optical system of the camera used. During the tests it was possible to notice inaccuracies in collecting and placing parts. This can be caused by the relatively low resolution of the camera and the large distance (approximately 500 mm) of the lens from the surface of objects. The problem can be solved by mounting the camera directly on the manipulator wrist.Another factor that affects the positioning inaccuracies of gripping tips can be errors that occur when defining the TCP point of a tool and coordinate systems.The values of these errors are added together and, as a consequence, give noticeable negative effects.During the tests, the calibration process was repeated four times to obtain the satisfactory accuracy.4. REFERENCES1.Connolly, C., (2007). A new integrated robot vision system from FANUC Robotics, Industrial Robot, 34(2), 103-106.2.Cubero, S., (2006). Industrial Robotic Programming, InTech.3.Golnabia, H. Asadpourb, A., (2007). Design and application of industrial machine vision systems, Robotics and Computer-Integrated Manufacturing, 23(6), 630-637.4.Jiang, J., Zeng, L., Chen, B., Lu, Y., Xiong, W., (2019). An accurate and flexible technique for camera calibration, Computing, 101, 1971–1988.5.Košecká, J., Marchand, E., Corke, P. (2015). Special Issue on Robot Vision. The International Journal of Robotics Research, 34(4-5), 399-401.6.Lyshevski, L.E., (2008). Electromechanical Systems and Devices, (USA: CRC Press, Boca Raton).7.Michalski, P., (2018). Advantages of Using Industrial Sensor Interfaces at the Machine Design Stage, Mechatronics 2017 - Ideas for Industrial Applications,Swider, J., Kciuk, S., Trojnacki, M. (Ed(s)), pp. 308-313, Springer International Publishing, Germany.8.Michalski, P., (2017). Collecting data from industrial sensors in case of 4-th industrial revolution, IOP Conference Series: Materials Science and Engineering, 400, pp. 1-6.9.Rashitov, V., Ivanou, M., (2019). Continuous Integration and Continuous Delivery in the Process of Developing Robotic Systems, Software Technology: Methods and Tools, 11771, p. 342. 10.Xinguo, Z.L., Guangjun Zhang W., (2013). External parameter calibration of widely distributed vision sensors with non-overlapping fields of view, Optics and Lasers in Engineering, 51(6), 643-650. 11.Y ahui, G., Xianzhong, D., (2011). Base frame calibration for coordinated industrial robots, Robotics and Autonomous Systems, 59(7-8), 563-570.12.Zhuang, H., Roth, Z.S., (2018). Camera-Aided Robot Calibration, (USA: CRC Press, Boca Raton).13.B-82774EN-3/01 (2019). Fanuc Robot series R-30iA Controller iRVision 2D Vision Operator’s Manual, Start-Up Guidance, Available from www.fanuc.eu, Accessed: 24/12/2019.14. Adam Cholewa, Agnieszka Sekala, Jerzy Świder, Adrian Zbilski, (2018). Forward kinematics and numerical model of a FANUC AM100IB robot, International journal of modern manufacturing technologies, X(2), 37-44.15. B-82774EN-3/03 (2019). Fanuc Robot series R-30iA/R-30iA Mate Controller iRVision Operator’s Manual, Available from www.fanuc.eu, Accessed: 24/12/2019.Received: March 14, 2020 / Accepted: June 15, 2020 / Paper available online: June 20, 2020 © International Journal of Modern Manufacturing Technologies。
材料类英文期刊简介Solar Energy Materials and Solar Cells《太阳能材料和太阳能电池》荷兰ISSN:0927-0248，1979年创刊，全年20期，Elsevier Science 出版社出版，SCI、EI收录期刊，SCI 2003年影响因子1.188，2003年EI收录302篇。
刊载光电、光热和光化太阳能转换的材料科学问题，以及太阳能电池的理论、技术、应用、相关经济问题的研究论文，涉及有关的固体物理学、冶金学、陶瓷学、光学和电化学等。
Solid State Ionics《固体离子》荷兰ISSN:0167-2738，1980年创刊，全年40期，Elsevier Science 出版社出版，SCI、EI收录期刊，SCI 2003年影响因子1.599，2003年EI收录372篇。
刊载与固体中的扩散及反应性有关的物理、化学、材料科学问题的理论与实验研究论文和评论，涉及固体中缺陷的物理和化学问题、固体中或固体间的反应（掺杂、腐蚀、氧化、烧结）及离子迁移的理论、机理及量测等。
Solid State Sciences《固体科学》法国ISSN:1293-2558，1964年创刊，全年12期，Elsevier Science 出版社出版，SCI、EI收录期刊，SCI 2003年影响因子1.327，2003年EI收录185篇。
1999年前刊名为European Journal of Solid State and Inorganic Chemistry，刊载固体化学和无机化学领域的研究论文和简讯。
文章用英文发表。
Surface Science《表面科学》荷兰ISSN:0039-6028，1964年创刊，全年78期，Elsevier Science 出版社出版，SCI、EI收录期刊，SCI 2003年影响因子2.063，2003年EI收录990篇。
（包括《表面科学快报》）刊载界面物理和界面化学的基础理论和实验研究论文。
review of modern physics影响因子1. 引言1.1 概述在科学研究中，期刊的影响因子是衡量期刊影响力及学术地位的重要指标之一。
它反映了一篇文章被引用的频率，并对期刊的学术质量和影响力产生了直接影响。
随着现代物理学的发展，"Review of Modern Physics"（以下简称RMP）作为一份具有国际知名度和声誉的核心期刊，其影响因子备受关注。
1.2 文章结构本文将从以下几个方面对RMP的影响因子进行评估与分析。
首先，我们将介绍影响因子的定义、计算方法以及其在科学研究中的作用。
然后，我们将着重分析近年来RMP的影响因子变化趋势，并探讨可能导致这些变化的原因。
最后，文章将总结对RMP影响因子进行评估所得出的结论。
1.3 目的我们撰写本文旨在全面了解和评估RMP在现代物理学领域中的影响因子。
通过分析其变化趋势，可以更好地认识到该期刊在学术界中扮演着怎样重要的角色。
此外，我们也希望能够为研究人员和学术界提供有关RMP的相关信息，以便他们在选择发表论文时进行科学决策，并为期刊的进一步发展提供参考建议。
2. 正文Modern Physics, also known as "Rev. Mod. Phys." is a prestigious scientific journal that focuses on publishing comprehensive reviews of various aspects of modern physics. It covers topics related to quantum mechanics, particle physics, condensed matter physics, astrophysics, and other cutting-edge research areas.The journal has been acclaimed for its high-quality content and rigorous peer-review process, which ensures the reliability and accuracy of the published articles. As a result, it has attracted a wide readership consisting of physicists, researchers, and scholars from around the world.One significant aspect that determines the importance and influence of a scientific journal is its impact factor. The impact factor reflects the average number of citations received by articles published in a particular journal during a specific time period. It serves as an indicator of the journal's significance within its field.In order to calculate the impact factor of Modern Physics, the total number of citations received by articles published in the journal over atwo-year period is divided by the total number of articles published during that same period. This calculation provides an approximate measure of how frequently articles in Modern Physics are cited by other researchers.The impact factor of Modern Physics has consistently been high due to several factors. Firstly, it attracts top-level researchers who contribute significant findings and breakthroughs in their respective fields. The quality and relevance of these articles make them highly cited by other scientists.Secondly, Modern Physics maintains strict editorial standards and peer-review processes which ensure that only exceptional manuscripts are accepted for publication. This selectivity ensures that the published articles represent groundbreaking research and therefore receive high citation rates.Furthermore, Modern Physics covers a wide range of topics encompassing both fundamental theories and practical applications. This multidisciplinary approach attracts diverse readership from different branches within physics and related fields. As researchers from various disciplines refer to these articles to support their own studies or gaininsights into new developments in other fields, they contribute to the high citation rates observed in Modern Physics.It is worth noting that the impact factor of a journal can fluctuate over time due to various factors such as changes in the research landscape, emerging fields, and shifts in scientific priorities. However, Modern Physics has consistently maintained a strong impact factor over the years, which signifies its enduring influence and importance within the realm of modern physics research.In conclusion, Modern Physics is a highly influential scientific journal with a significant impact factor. Its reputation stems from its commitment to publishing exceptional reviews of modern physics research and attracting contributions from leading scientists worldwide. The high citation rates received by articles published in Modern Physics reflect the journal's significant impact on the advancement of physics knowledge and its relevance within the scientific community.3. 影响因子的定义与计算方法影响因子是用来衡量学术期刊影响力的一种指标。
《信息检索》期末复习一、单项选择题1、文摘、题录、目录等属于（B ）。
A、一次文献B、二次文献C、零次文献D、三次文献2、从文献的（B ）角度区分，可将文献分为印刷型、电子型文献。
A、内容公开次数 B 载体类型 C 出版类型 D 公开程度3、按照出版时间的先后，应将各个级别的文献排列成（C ）。
A、三次文献、二次文献、一次文献B、一次文献、三次文献、二次文献C、一次文献、二次文献、三次文献D、二次文献、三次文献、一次文献4、手稿、私人笔记等属于（C ）文献，辞典、手册等属于（C ）文献。
A、一次，三次 B 零次、二次C、零次、三次 D 一次、二次5、逻辑“与”算符是用来组配（C）。
A、不同检索概念，用于扩大检索范围。
B、相近检索概念，扩大检索范围。
C、不同检索概念，用于缩小检索范围。
D.相近检索概念，缩小检索范围。
6、利用文献后面所附的参考文献进行检索的方法称为（A）A、追溯法B、直接法C、抽查法D 综合法7、如果检索结果过少，查全率很低，需要调整检索范围，此时调整检索策略的方法有（B ）等。
A、用逻辑“与”或者逻辑“非”增加限制概念。
B.用逻辑”或“或截词增加同族概念。
C、用字段算符或年份增加辅助限制。
D、用”在结果中检索“增加限制条件。
8、根据国家相关标准，文献的定义是指“记录有关（C）的一切载体。
A、情报 B 、信息C、知识D、数据9、以作者本人取得的成果为依据而创作的论文、报告等，并经公开发表或出版的各种文献，称为（B ）A、零次文献B、一次文献C、二次文献D、三次文献10、哪一种布尔逻辑运算符用于交叉概念或限定关系的组配？（A ）A、逻辑与（AND）B、逻辑或（OR)C、逻辑非(NOT)D、逻辑与和逻辑非11、逻辑算符包括（D）算符。
A、逻辑“与”B、逻辑“或”C、逻辑“非”D、A、B和C12、事实检索包含检索课题（A ）等内容。
A、背景知识、事件过程、人物机构B、相关文献、人物机构、统治数据C、事件过程、国外文献、国内文献D、国内文献、国外文献、统计数据13、区别于一般期刊论文或者教科书，参考工具书的突出特点是（C ）。
物理期刊----接收相对难易、影响因子、一审周期物理期刊----接收相对难易、影响因子、一审周期全名影响因子* 接收投稿难易一审周期japanese journal of applied physics part 1-regular papers short notes & review papers1.309 容易超快，一般1-2周journal of physics-condensed matter 1.9 容易超快，一般1-2周acta physica sinica 1.165 容易超快，一般1-2周nuclear instruments & methods in physics research section a-accelerators spectrometers detectors and associated equipment 1.019 容易超快，一般1-2周colloids and surfaces a-physicochemical and engineering aspects 1.926 容易超快，一般1-2周physica e-low-dimensional systems & nanostructures 1.23 容易很快，2-3周physica a-statistical mechanics and its applications 1.441 容易很快，2-3周journal of physics and chemistry of solids 1.103 容易很快，2-3周materials chemistry and physics 1.799 容易很快，2-3周applied physics a-materials science & processing 1.884 容易很快，2-3周sensors and actuators a-physical 1.724 容易很快，2-3周physics of fluids 1.738 容易较快，2-4周european physical journal b 1.568 容易较快，2-4周physica status solidi b-basic research 1.166 容易较快，2-4周chemical physics 1.961 容易较快，2-4周journal of mathematical physics 1.085 容易较快，2-4周modern physics letters a 1.334 容易较快，2-4周metallurgical and materials transactions a-physical metallurgy and materials science1.389 容易较快，2-4周annales geophysicae 1.66 容易较快，2-4周annales geophysicae 1.66 容易较快，2-4周journal of low temperature physics 1.034 容易较快，2-4周physica d-nonlinear phenomena 1.926 容易一般，3-6周journal of polymer science part b-polymer physics 1.586 容易一般，3-6周european physical journal d 1.397 容易一般，3-6周geophysics 1.349 容易一般，3-6周nuclear physics a 1.959 容易一般，3-6周astrophysics and space science 1.283 容易一般，3-6周molecular physics 1.478 容易一般，3-6周tectonophysics 1.677 容易一般，3-6周journal of atmospheric and solar-terrestrial physics 1.667 容易一般，3-6周journal of statistical physics 1.621 容易一般，3-6周international journal of modern physics d 1.968 容易一般，3-6周physics and chemistry of the earth 1.138 容易一般，3-8周current applied physics 1.526 容易一般，3-8周proceedings of the royal society of london series a-mathematical physical and engineering sciences 1.705 容易一般，3-8周proceedings of the royal society of london series a-mathematical physical and engineering sciences 1.705 容易一般，3-8周journal of physical organic chemistry 1.415 容易偏慢，4-8周perception & psychophysics 1.424 容易偏慢，4-8周american family physician 1.94 容易偏慢，4-8周european physical journal e 1.943 容易偏慢，4-8周american journal of physical medicine & rehabilitation 1.695 容易偏慢，4-8周canadian family physician 1.06 容易偏慢，4-8周physical review special topics-accelerators and beams 1.551 较易偏慢，4-8周pure and applied geophysics 1.004 容易偏慢，4-8周progress of theoretical physics 1.661 较易偏慢，4-8周contributions to plasma physics 1.25 容易较慢，6周-12周zeitschrift fur physikalische chemie-international journal of research in physical chemistry & chemical physics 1.447 容易较慢，6周-12周astronomy letters-a journal of astronomy and space astrophysics 1.005 容易较慢，6周-12周nonlinear processes in geophysics 1.022 容易较慢，6周-12周journal of orthopaedic & sports physical therapy 1.895 较易较慢，6周-12周infrared physics & technology 1.037 容易较慢，6周-12周journal of biochemical and biophysical methods 1.994 较易较慢，6周-12周international journal of geometric methods in modern physics 1.464 容易较慢，6周-12周fortschritte der physik-progress of physics 1.309 容易较慢，6周-12周meteorology and atmospheric physics 1.034 容易较慢，6周-12周physics and chemistry of minerals 1.524 较易较慢，6周-12周radiation and environmental biophysics 1.787 较易较慢，6周-12周topics in applied physics 1.51 较易12周以上或约稿journal of applied geophysics 1.333 容易12周以上或约稿magnetic resonance materials in physics biology and medicine 1.844 较易12周以上或约稿reviews in mathematical physics 1.258 容易12周以上或约稿physics of particles and nuclei 1.015 容易12周以上或约稿physics of particles and nuclei 1.015 容易12周以上或约稿journal of aging and physical activity 1.66 较易12周以上或约稿geophysical and astrophysical fluid dynamics 1.56 较易12周以上或约稿geografiska annaler series a-physical geography 1.042 容易12周以上或约稿advances in physical organic chemistry 1.833 较易12周以上或约稿chinese physics 1.68 较易12周以上或约稿applied physics letters 3.726 较易超快，一般1-2周journal of applied physics 2.201 容易超快，一般1-2周physical review letters 7.18 较难超快，一般1-2周The Journal of Physical Chemistry C (ACS Publications) 3.396 较易超快，一般1-2周journal of geophysical research-atmospheres 3.147 较易超快，一般1-2周journal of chemical physics 3.149 较易超快，一般1-2周physical review a 2.908 容易超快，一般1-2周astrophysical journal 6.331 较难超快，一般1-2周The Journal of Physical Chemistry B (ACS Publications) 4.189 较易超快，一般1-2周biochemical and biophysical research communications 2.648 容易超快，一般1-2周journal of physical chemistry a 2.871 容易超快，一般1-2周journal of physics d-applied physics 2.104 容易超快，一般1-2周geophysical research letters 2.959 容易超快，一般1-2周physics letters a 2.174 容易超快，一般1-2周chemical physics letters 2.169 容易超快，一般1-2周biophysical journal 4.683 较易超快，一般1-2周physics letters b 4.034 较易超快，一般1-2周physical review c 3.124 较易超快，一般1-2周europhysics letters 2.203 容易超快，一般1-2周europhysics letters 2.203 容易超快，一般1-2周physics of plasmas 2.427 容易超快，一般1-2周physical chemistry chemical physics 4.064 较易很快，2-3周new journal of physics 3.44 较易很快，2-3周international journal of radiation oncology biology physics 4.639 较易很快，2-3周medical physics 3.871 较易很快，2-3周journal of the physical society of japan 2.058 容易很快，2-3周physics in medicine and biology 2.784 容易很快，2-3周journal of physics b-atomic molecular and optical physics 2.089 容易很快，2-3周atmospheric chemistry and physics 4.927 较易较快，2-4周journal of physics g-nuclear and particle physics 5.27 较易较快，2-4周applied physics b-lasers and optics 2.167 容易较快，2-4周journal of computational physics 2.279 容易较快，2-4周archives of physical medicine and rehabilitation 2.159 容易较快，2-4周nuclear physics b 4.158 较易较快，2-4周JOURNAL OF COSMOLOGY AND ASTROPARTICLE PHYSICS 6.389 较难较快，2-4周geophysical journal international 2.219 容易较快，2-4周journal of the optical society of america b-optical physics 2.181 容易较快，2-4周archives of biochemistry and biophysics 2.626 容易较快，2-4周european physical journal c 2.805 容易较快，2-4周philosophical transactions of the royal society of london series a-mathematical physical and engineering sciences 2.282 容易一般，3-6周philosophical transactions of the royal society of london series a-mathematical physical and engineering sciences 2.282 容易一般，3-6周geochemistry geophysics geosystems 2.979 容易一般，3-6周biochimica et biophysica acta-biomembranes 4.18 较易一般，3-6周biochimica et biophysica acta-proteins and proteomics 2.233 容易一般，3-6周macromolecular chemistry and physics 2.202 容易一般，3-6周biochimica et biophysica acta-molecular cell research 4.893 较易一般，3-6周communications in mathematical physics 2.075 容易一般，3-6周plasma physics and controlled fusion 2.299 容易一般，3-6周solar physics 2.774 容易一般，3-6周computer physics communications 2.12 容易一般，3-8周biochimica et biophysica acta-bioenergetics 4.447 较易一般，3-8周journal of the mechanics and physics of solids 3.467 较易一般，3-8周journal of physical oceanography 2.375 容易一般，3-8周biochimica et biophysica acta-general subjects 2.713 容易一般，3-8周medical engineering & physics 2.216 容易一般，3-8周nature physics 16.821 很难一般，3-8周european physical journal a 2.015 容易一般，3-8周laser physics letters 3.779 较易一般，3-8周astrophysical journal supplement series 13.99 很难偏慢，4-8周american journal of physical anthropology 2.353 容易偏慢，4-8周european biophysics journal with biophysics letters 2.409 容易偏慢，4-8周physics of the earth and planetary interiors 2.353 容易偏慢，4-8周annals of physics 3.171 较易偏慢，4-8周biophysical chemistry 2.362 容易偏慢，4-8周physical therapy 2.19 容易偏慢，4-8周biochimica et biophysica acta-molecular basis of disease 4.579 一般较慢，6周-12周astroparticle physics 3.388 一般较慢，6周-12周chemistry and physics of lipids 2.647 较易较慢，6周-12周biochimica et biophysica acta-molecular and cell biology of lipids 4.564 一般较慢，6周-12周physics-uspekhi 2.471 较易较慢，6周-12周progress in biophysics & molecular biology 6.388 较难较慢，6周-12周progress in particle and nuclear physics 3.86 一般较慢，6周-12周tellus series b-chemical and physical meteorology 2.356 较易较慢，6周-12周physics reports-review section of physics letters 18.522 多是约稿可能是约稿，周期不定physical biology 3.137 一般12周以上或约稿physics today 3.674 一般12周以上或约稿reviews of modern physics 33.985 多是约稿可能是约稿，周期不定reports on progress in physics 12.09 很难可能是约稿，周期不定cell biochemistry and biophysics 2.257 较易12周以上或约稿progress in physical geography 3.014 一般12周以上或约稿annual review of physical chemistry 14.688 约稿形式可能是约稿，周期不定biochimica et biophysica acta-reviews on cancer 10.283 多是约稿可能是约稿，周期不定reviews of geophysics 7.114 较难可能是约稿，周期不定contemporary physics 2.073 较易12周以上或约稿journal of physical and chemical reference data 2.424 较易12周以上或约稿international reviews in physical chemistry 6.892 较难可能是约稿，周期不定advances in geophysics 2.1 较易12周以上或约稿surveys in geophysics 2.733 较易12周以上或约稿annual review of astronomy and astrophysics 25.826 约稿形式可能是约稿，周期不定astronomy and astrophysics review 7.5 较难可能是约稿，周期不定advances in physics 15.826 很难可能是约稿，周期不定quarterly reviews of biophysics 12.188 多是约稿可能是约稿，周期不定annual review of biophysics and biomolecular structure 17.049 约稿形式12周以上或约稿。
Journal of Fluid Mechanics = 流体力学杂志. 英国.527C0001International Journal of Heat and mass Transfer = 国际传热与传质杂志\英国 .525C0006AIAA Journal = 美国航空与航天学会志. 美国.877B0001The Physics of Fluids, A = 流体物理学，A辑. 美国.527B0002Fluids Dynamics = 流体动力学（英译苏刊）. 美国.527B0054Journal of Engineering Physics = 工程物理杂志（英译苏刊）. 美国.534B0053Journal of Heat transfer, Transactions of the ASME = 传热杂志，ASME汇刊. 美国.725B0001The Physics of Fluids, B = 流体物理学，B辑. 美国.527B0002International Journal for Numerical Methods in Fluids = 国际流体力学数值方法杂志. 英国.527C0004Fluid MechanicsSoviet Research = 苏联流体力学研究（英译苏刊）. 美国.527B0052International Journal of Multiphase flow = 国际多相流杂志. 英国.527C0003Zeitschrift fur Angewandte Mathematik und Mechanik = 应用数学与力学杂志. 德国.519A0001Magnetohydrodynamics = 磁流体动力学（英译苏刊）. 美国.527B0053Journal of Applied Mechnaics and Technical physics = 应用力学与技术物理杂志（英译苏刊）. 美国.529B0052 Journal of Fluids Engineering, Transactions of the ASME = 流体工程杂志，ASME汇刊. 美国.780B0001Physical Review , A = 物理评论，A辑. 美国.530B0002Soviet PhysicsDOKLADY = 苏联物理学报告（英译苏刊）. 美国.530B0070International Journal of Heat and Fluid Flow = 国际热与流体流杂志. 英国.527C0053Journal of Non-Newtonian Fluid Mechanics = 非牛顿流体动力学杂志. 荷兰.527LB0053International Communications in Heat and Mass Transfer = 国际传热与传质通讯. 英国.725C0056Heat Transfer Soviet Research = 苏联传热研究. 美国.725B0054Physical Review Letters = 物理评论快报. 美国.530B0003International Journal of Engineering Science = 国际工程科学杂志. 英国.710C0009Journal of Computational Physics = 计算物理杂志. 美国.539B0002Waerme-und Stoffuebertragung = 热力学与流体力学. 德国.710E0008Physica,D = 物理，D辑. 荷兰.530LB001High Temperature = 高温（英译苏刊）. 美国.534B0052JSME International Journal, II = 日本机械工程师学会国际杂志，II辑. 日本.780D0063Fluid Dynamics Research = 流体动力学研究. 荷兰.527LB001Journal of the Physical Society of Japan = 日本物理学会志. 日本.530D0002Computers and Fluids = 计算机与流体. 英国.--─738C0074Heat Transfer-Japanese Research = 日本传热研究. 美国.525B0055Chemical Engineering Science = 化学工程科学. 英国.810C0004Physics Letters, A = 物理快报，A辑. 荷兰.530LB004Thermal Engineering = 热力工程（英译苏刊）. 英国.721C0058AIChE Journal美国化学工程师协会会志. 美国.810B0001Applied Mathematics and Mechanics = 应用数学与力学（英译苏刊）. 美国.ISSN 0066-5479Applied Scientific Research = 应用科学研究. 荷兰.500LB002Comptes Rendus de l';Acadecie des Sciences , Serie II = 法国科学院报告，II辑. FRA.500F0003Numerical Heat Transfer = 数值传热. 美国.725B0059Rheologica Acta = 流变学学报. 德国.526E0051Soviet Aeronautics = 苏联航空学（英译苏刊）. 美国.877B0298Zeitschrift fur Angewandte Mathematik und Physik = 应用数学与物理杂志. 瑞士.519LD001Proceedings of the Royal Society of London ,A = 伦敦皇家学会会报，A辑. 英国.510C0007Revue Roumaine des Sciences Techniques,Serie Mecanique Appliquee = 罗马尼亚科学技术杂志，应用力学辑. ROM.529AD001Review of Scientific Instruments = 科学仪表评论. 美国.798B0004Indian Journal of Pure and Applied Mathematics = 印度理论与应用数学杂志. 印度.510HA056The Journal of Chemical Physics = 化学物理杂志. 美国.542B0003Journal of Thermophysics and Heat Transfer = 热物理与传热杂志. 美国.533B0057Physica, A = 物理，A辑. 荷兰.530LB001Canadian Journal of Physics = 加拿大物理学杂志. 加拿大.530NA001Europhysics Letters = 欧洲物理快报. FRA.530F0054Soviet Technical Physics Letters = 苏联技术物理快报（英译苏刊）. 美国. 534B0060Acta Mechanica = 力学学报. AUT.520LE001International Journal of Engineering Fluid Mechanics = 国际工程流体力学杂志. 美国.712B0100Computer Methods in Applied Mechanics and Engineering = 应用力学与工程中的计算方法. 瑞士.712LD004European Journal of Mechanics ,A = 欧洲力学杂志，A辑. FRA.Geophysical and Astrophysical Fluid Dynamics = 地球物理与天体物理流体动力学.英国.----562C0056Journal of Physics, E:Scientific Instruments = 物理学杂志，E辑：科学仪表. 英国.798C0005Journal of Mathematical and Physical Science = 数学与物理学杂志. 印度.510HA055Power Engineering(USSR Academy of Sciences) = 动力工程（苏联科学院）（英译苏刊）. 美国.720B0071Indian Journal of Theoretical Physics = 印度理论物理杂志. 印度.533HA001Soviet Physics Technical Physics = 苏联物理学技术物理（英译苏刊）. 美国.534B0051Journal of Physics, A = 物理学杂志，A辑. 英国.530C0003Measurement Techniques = 计量技术. 美国.713B0080Acustica = 声学. 德国.535E0001Mechanics Research Communications = 力学研究通讯. 英国.520C0052Combustion, Explosion, and Shock Waves = 燃烧、爆炸与激波（英译苏刊）. 美国.816B0083Journal of Applied Physics = 应用物理学杂志. 美国.539B0001Archive for Rational Mechanics and Analysis = 理性力学与分析文献. 德国.520E0001Journal of Engineering Mathematics = 工程数学杂志. 荷兰.712LB002Journal of Statistical Physics = 统计物理学杂志. 美国.533B0054Mathematics of Computation = 计算数学. 美国.519B0004Nuclear Physics, B: Proceedings Supplement = 原子核物理学，B辑：会议补篇. 荷兰.538LB001Soviet Physics JETP = 苏联物理学实验物理与理论物理（英译苏刊）. 美国.533B0006Journal de Physique = 物理学报. FRA.530F0004Mathematical and Computer Modilling = 数学与计算机模拟. 英国.513C0058Zeitschrift fut Flugwissenschaften und Weltraumforschung = 飞行科学与宇宙研究杂志. 德国.877E0006Recherche Aerospatiale = 航空空间研究. FRA.877F0095Journal of Scientific Computing = 科学计算杂志. 美国.738B0557Journal of Sound & Vibration = 声与振动杂志. 英国.535C0002The Quarterly Journal of Mechanics and applied Mathematics = 力学与应用数学季刊. 英国.520C0001Journal of Mathematical Analysis & Applications = 数学分析与应用杂志. 美国.513B0003Lietuvos TSR Mokslu Akademijos Darbai, B =立陶宛科学院院报B辑. LIT.ISSN 0132-2729Journal of Applied Mechanics, Transactions of the ASME = 应用力学杂志ASME汇刊. 美国. 529B0002Computers & Structures = 计算机与结构. 英国.538C0070International Journal of Thermophysics = 国际热物理杂志. 美国.534B0004Journal of Physics, D = 物理学杂志，D辑. 英国.539C0001Mathematical Modelling and Numerical Analysis = 数学模拟与数值分析. FRA.Numerische Mathematik = 数值数学. 德国.513E0002Communications in Mathematical Physics = 数学物理通讯. 德国.533E0001Computers & Chemical Engineering = 计算机与化工. 英国.738C0020Comptes Rendus de I';Academie des Sciences, Serie I = 法国科学院报告，I辑. FAR.500F0003IMA Journal of Applied Mathematics = 数学及其应用学会应用数学杂志. 英国.519C0002Journal of Turbomachinery, Transactions of the ASME = 涡轮机械杂志，ASME汇刊. 美国. 784B0012Transactions of the Japan Society for Aeronautical And Space Science = 日本航空宇宙. 日本.877D0053Applied Optics = 应用光学. 美国.537B0004Archives of Mechanics = 力学文献集. 波兰.529AB051Chemical Engineering Research and Design = 化学工程研究与设计. 美国.810B0128International Journal for Numerical Methods in Engineering = 国际工程数值方法杂志. 英国.712C0010Modelling, Simulation and Control , B = 模型，模拟与控制B辑. FRAInternational Journal of Non-Linear Mechanics = 国际非线性力学杂志. 英国.520C0002Journal de Mecanique Theorique et Appliquee = 理论与应用力学杂志. FRA.521F0001Proceedings of the Indian National Science Academy, Part A = 印度国立科学院院报，A辑. 印度.530HA0003 Applied Numerical Mathematics = 应用数值数学. 荷兰.519LB006Astrophysics and Space Science = 天文物理学与宇宙科学. 荷兰.550LB002Computer Physics communications = 计算机物理学通讯. 荷兰.738LB002Israel Journal of Technology = 以色列技术杂志. ISR.ISSN 0021-2202Journal of Colloid and Interface Science = 胶体与界面科学杂志. 美国.----542B0004Journal of Differential Equations = 微分方程杂志. 美国.513B0006Journal of Non-Equillibrium Thermodynamics = 非平衡热力学杂志. 德国. 542E0006。
Genii是魔法世界顶级杂志、历史最悠久的专业魔术师的杂志。
可以说是魔术界分量最重的一个出版物。
包括DD教学网发行的很多手法教学，最初都是发行在这个杂志上的。
Genii Magazine是最古老，最受尊敬，并有最好的文章，手法技巧的超级魔术师杂志。
（非常经典的魔术书籍，很多古老的手法以及关于一些魔术师的介绍与一些理论性的介绍，都在其中。
从个人角度来说，自己能看的懂英文，对常用语句及语法了解，自己单词量能过3级以上的朋友，这本书绝对比任何一本“深奥”的魔术书籍要容易理解。
）April 2007 • V olume 70 • Number 4Features66 Richard Turner: Livin’ on Jacks and Queensby Jason England34 The Zen of Ken by David Acer36 Silver Fist by Ken Krenzel39 Oily T riumph by Ken Krenzel42 String Theory by Ken Krenzel45 Natural Assembly by Ken Krenzel47 Immediate Speller by Ken Krenzel56 McBride: Magic at the Edge by Michael Close教你如何用WORD文档(2012-06-27 192246)转载▼标签：杂谈1. 问：WORD 里边怎样设置每页不同的页眉？如何使不同的章节显示的页眉不同？答：分节，每节可以设置不同的页眉。
文件――页面设置――版式――页眉和页脚――首页不同。
2. 问：请问word 中怎样让每一章用不同的页眉？怎么我现在只能用一个页眉，一改就全部改了？答：在插入分隔符里，选插入分节符，可以选连续的那个，然后下一页改页眉前，按一下“同前”钮，再做的改动就不影响前面的了。
简言之，分节符使得它们独立了。
a r X i v :h e p -p h /0011022 v 1 2 N o v 2000InternationalJournal of Modern Physics A,f c World Scientific Publishing CompanyTOW ARD A NEUTRINO MASS MATRIXKEVIN CAHILLDepartment of Physics and Astronomy,University of New MexicoAlbuquerque,NM 87131-1156,USAOne may identify the general properties of the neutrino mass matrix by generating many random mass matrices and testing them against the results of the neutrino experiments.There are three light,active neutrinos whose fields νe ,νµ,and ντare left handed;there also probably are three right-handed neutrinos whose fields νre ,νrµ,and νrτdo not participate in the electroweak interactions and are said to be sterile .Fields that mix must transform in the same way.So it makes sense to combine the three left-handed (two-component)neutrinos νe ,νµ,and ντwith the left-handed fields s e ,s µ,and s τthat are the charge conjugates of the right-handed neutrino fields νre ,νrµ,νrτ,i.e.,s e =−iσ2ν∗re =(ν†re 2,−ν†re 1),etc.The six left-handed neutrino fields form a six-vector,N =(νe ,νµ,ντ,s e ,s µ,s τ).The only mass term available for two left-handed neutrino fields N i and N j is M ij (N i 1N j 2−N i 2N j 1)+h .c.Because the fields N i anticommute,the six-by-six complex mass matrixM = F DD E (1)is symmetric;here means transpose.In most models the quantities M ij are the mean values of Higgs fields in the vacuum.Because the complex mass matrix M is symmetric,it may be factored M =U M U by a matrix U that is unitary,and a matrix M that is diagonal and positive.1The elements m i of M are the masses of the neutrinos.The vector N m of six mass eigenfields is N m =U N .The mass eigenfields are the normal modes of the action.They are Majorana neutrinos.The six-by-six complex mass matrix M involves 42real parameters.One may explore this large space and test various properties of the mass matrix M by gen-erating many random mass matrices that share those properties,and by computing the extent to which they fit the results of the neutrino experiments.For instance,one may define an angle x νby sin 2x ν=Tr(E †E +F †F )/Tr(2D †D +E †E +F †F )and test whether x νcan be very small.2This angle characterizes where the six neu-trinos lie on a continuum that extends from three purely Dirac neutrinos,x ν=0,to six purely Majorana neutrinos,x ν=π/2.When the angle x νis small,as in a theory in which B −L is nearly conserved,the six masses m i coalesce into three pairs of nearly degenerate masses,and the six neutrinos form three nearly Dirac neutrinos,a condition that has been called pseudo-Dirac .3This B −L or small-x νproperty explains the large mixing angles and tiny mass differences seen12Toward a Neutrino Mass Matrixexperimentally and allows the masses of the neutrinos to lie in the eV range with i m i <∼8eV which is a cosmological bound.4To test this property,I used the software package LAPACK 5to factorize 10,000random mass matrices M every parameter of each of which was a complex number z =x +iy with x and y chosen randomly and uniformly from the interval [−1eV ,1eV].The solar neutrinos were taken to have an energy of 1MeV,and the probability P (νi→νi )=|A (νi →νi )|2with A (νi →νi )= j U ∗i j U ij exp(−im 2j L/(2E ))was averaged over one revolutionof the Earth about the Sun.The atmospheric neutrinos were averaged over the atmosphere and over energies in the range of 1–30GeV weighted by the flux of atmospheric muon neutrinos as a function of energy and local zenith angle given by the Bartol group.6The resulting scatter plots fit the gross features of the solar and atmospheric experiments quite well with sin x ν=0.003when two additional properties are added.2The first is a constraint on inter-generational mixing which I imposed by suppressing the singly off-diagonal matrix elements of D,E,and F by 0.2and the doubly off-diagonal matrix elements by 0.04.The second is a weak mass hierarchy which I implemented by scaling the i,j -th elements of the sub-matricesE,F,and D of the mass matrix M ,Eq.(1),by the factors f (i )∗f (j )where f =(0.2,1,2).These three properties also lead to general agreement with the results of the LSND and KARMEN2experiments.If the physical mass matrix M shares these properties,and if MiniBooNE can achieve a sensitivity of 0.001for ¯νµ→¯νe and a precision of 0.01for ¯νµ→¯νµ,then it has a good chance of seeing the appearance of ¯νe and the disappearance of ¯νµ.2Another test of the properties of the neutrino mass matrix M is provided by the passage of high-energy neutrinos through the Earth.7In momentum space the Dirac equation for the24-vector (N,iσ2N ∗)of neutrino fields is 0= E + σ· p +V −M †−M E − σ· p −V Niσ2N ∗ (2)in which the hermitian matrix V represents the interaction of the neutrinos with the electrons and quarks of the Earth.The matrix V is diagonal with elements V =(G F /√Toward a Neutrino Mass Matrix 3mass hierarchy,the probabilities P SK (νµ→νµ)that a muon neutrino of energy 100GeV would traverse the Earth at agiven azimuthal angle θand enter the Super Kamiokande detector are plotted in Fig.1.Because high-energy interactions withcos(θ)0-0.2-0.4-0.6-0.8-110.80.60.40.20Figure 1:The probability that a 100-GeV muon neutrino would traverse the Earth are plotted against the cosine of the azimuthal angle θfor 16random mass matrices M with sin x ν=0.003,little inter-generational mixing,and a weak mass hierarchy.matter suppress active-sterile neutrino oscillations,the probability P SK (νµ→νµ)remains close to unity in 13of the cases.But in three cases it drops quite far below unity.Further work is required to determine what additional properties,if any,would cause such random mass matrices to display the oscillations and neutral-current events observed by the Super-Kamiokande collaboration.9References1.T.Takagi,Japan.J.Math.1(1925)83.2.K.Cahill,hep-ph/9912416.3.L.Wolfenstein,Nucl.Phys.B186(1981)147;A.Geiser,Phys.Lett.B444(1998)358.4.P.Fisher,B.Kayser,and K.S.McFarland,Ann.Rev.Nucl.Part.Sci.49(1999)481.5.E.Anderson et al.,LAPACK Users’Guide (3d ed.,SIAM,Philadelphia,PA,1999).6.V.Agrawal,T.K.Gaisser,P.Lipari,and T.Stanev,Phys.Rev.53(1996)1314.7.L.Wolfenstein,Phys.Rev.D17(1979)2369;S.P.Mikheyev and A.Yu Smirnov,Sov.J.Nucl.Phys.42(1986)913;H.A.Bethe,Phys.Rev.Lett.56(1986)1305.8. A.M.Dziewonski and D.L.Anderson,Phys.Earth Planet.Interior 25(1981)207.9.The Super-Kamiokande Collaboration,hep-ex/0009001.。
