2005—2006B修改稿

With this cover letter, we will submit the revised manuscript (acp-2010-399) entitled, “Relating tropical ocean clouds to moist processes using water vapor isotope measurements” for publication in Atmospheric Chemistry and Physics. We would like to thank referees for the careful and constructive reviews. Based the comments from the referees, we have made changes of the manuscript, which are detailed below.Reply to the evaluation by the second refereeThis reviewer pointed out two things. We believe these two points are relevant to comments from first reviewer and following his/her minor comments.1.Table 1: Is it valid to show the number of lower sensitivity data? (Specifically, BLC and PC data for 850-500 hPa)Answer: This point is related to our answer to the first referee. Please see our responses and Appendix to the first reviewer above.2. Figure 1: What are the multiple lines in the same colors?Answer: The multiple lines in the same color are multiple profile observations in one TES Run ID (5889) except precipitating clouds (Three Run IDs, 5889, 5918 and 5948 were need to plot multiple profile observations).3. Figure 2: Latitude/Longitude information should be added. Is this a snapshot? If so, the date should be specified.Answer: We add the date in the figure caption. The geographical information was already presented in the original manuscript.4. Figure 3: Time information should be specified in the caption. Why COD/CTP and H2O/dD have different sampling frequencies? How can the reader know about the cloud types during this time series?Answer: In Fig. 3, cloud properties (a and b) and water vapor (c and d) have different sampling frequencies because we sampled cloudy conditions for Fig. 3 (a) and (b). We add a sentence in figure caption.5. Figure 4: Is it a snapshot? Seasonal mean for a single year? Climatology? Please clarify.Answer: We mentioned sampling period in Section 2.2. Isotopic composition of water vapor (δD). It is not a snapshot. It is a seasonal mean value (June to August, JJA) from June 2005 to August 2008.6. Abstract: It has been told by many that the vapor-dD relationship is controlled by not only Rayleigh process but also other non-Rayleigh processes, but none of them has quantified the significance. Is it still impossible in this study?Answer: It is a good point. One of the simplest models for atmospheric water vapor isotope is based on the Rayleigh distillation equation. Several processes could potentially change the isotopic composition of water vapor, such as mixing, subsidence and re-evaporation (non-Rayleigh processes) as we described in our manuscript. Quantifying the significance is beyond our scope of the study. However, some studies using remotely sensed data and/or in-situ measurements have been used to constrain humidity dynamics of lower troposphere. For example, Worden et al. (2007) quantitatively showed the contribution of rainfall evaporation to lower tropospheric humidity. Galewsky et al. (2007) reproduced the clear-sky free troposphere relative humidity and D/H ratios using a model that accounts for large-scale condensation, fractionation, mixing and transport of water vapor, which Rayleigh distillation model underpredicted.Galewsky, J., Strong, M., and Sharp, Z. D.: Measurements of water vapor D/H ratios from Mauna Kea, Hawaii, and implications for subtropical humidity dynamics,Geophys. Res. Lett., 34, L22808, doi:10.1029/2007GL031330, 2007.7. P17412 top: What is the unit of COD?Answer: Cloud Optical Depth is unit-less.8. P17414 bottom: Why do the ranges of the lines in Fig 1e-h link to the sensitivity? What is the each single line in the figure 1e-h? What is difference between error and sensitivity in this context?Answer: If there is little sensitivity, there would be no difference between TES a priori constraint and an estimate. Each line represents a single observation measured by TES in Fig. 1e-h.9. P17415 middle: What is “step-and-stare”? Describe.Answer: “Step-and Stare” is a TES observation mode in which 60 measurements are made spaced about 35km apart. “Stare” means point at a specific latitude and longitude for up to 210 seconds. “Transect” means a set of exactly contiguous latitudes and longitudes in a line up to 885 km long. We added the definition of “step and stare” in the manuscript. Now it becomes “A TES “step-and-stare”, which is a set of nadir footprint spaced about 35 km apart, was conducted during this same time and the approximate orbit location of this set of observations is shown as a vertical red line over the MODIS imagery.”.10. P17416 middle: “less than 0.1” -> No COD data is less than 0.1 in Figure 3.Answer: Fixed. Now the sentence is “Near –3°, the air is relatively dry, approximately 1 g/kg but also very isotopically depleted underneath high cirrus (cloud-top pressure near 200 hPa, but cloud optical depth less than 1.0).”.11. P17419 bottom: “The first distribution is for comparison against...” -> I don’t see any clear sky and non-precipitation cloud distributions in the figure 6.Answer: The sentence in Page 17419, lines 28 and 29 seems to be confusing such that we have added more information. Now it becomes “The first distribution (850-500hPa) is for comparison against the clear sky and nonprecipitating cloud distributions shown in Fig. 5 and shows that the air above boundary layer clouds is more isotopically depleted than air parcels associated with clear sky and nonprecipitating clouds.”.12. P17420: This explanation is particularly hard to follow. At top, it reads “well explained by local mixing”, but at middle, it reads “due to less frequent mixing”. Which is true? I may misunderstand it, but to avoid such misunderstanding, it’d be better for the authors to make the explanation easier. Using schematic figures is absolutely necessary.Answer: The TES observations show that the air above boundary layer clouds is constrained by the two theoretical lines. However, compared to the clear and nonprecipitating clouds, the overall isotopic composition of water vapor for boundary layers are more depleted in heavy isotope (Table 1). We tried to explain this isotopic depletion in the sentence in page 17420, line 5. To address the criticism of this reviewer, we reworded the paragraph in Page 17420, lines 3 to 11 to make that clearer. Now the paragraph becomes “We can conclude from either distribution that the TES observations above boundary layer clouds are well constrained by local mixing and Rayleigh condensation.”. Since Steven (2005) described each type of clouds in detail using cartoons, we believe it is not necessary to add a cartoon in this manuscript.We appreciate the comments from the reviewers. Thank you for reviewing our manuscript.Sincerely,Jeonghoon Lee。

图书馆2005年度工作总结与2006年度工作计划一年来图书馆在学校党委的正确领导下，在学校有关部门的大力支持下，在图书馆全体职工的积极努力下，以邓小平理论、“三个代表”重要思想为指导，坚持科学的发展观，紧紧围绕学校的中心工作，结合图书馆的实际情况，较好的完成了2004—2005学年度的工作计划。

一、2004—2005年工作总结1.加强了图书馆的制度化、规范化建设，编辑出版了近十万字的《图书馆规章制度汇编》；为帮助读者更好地利用馆藏信息资源，编印了《三大检索工具评价及其收录华北电力大学论文通览》、《数据库检索指南》、《图书馆宣传图册》、《2005年驻保三所高校中外文期刊联合目录》，并编制了驻保三所高校《中外文期刊联合目录》的查询系统。

与电教中心合作共同完成了新生入馆教育录象片的录制工作。

2.按期完成了2005年211建设项目中，保定校区“图书馆数字化平台建设”项目的调研、论证、招标、软硬件设备的安装、调试等工作。

项目的实施，使图书馆的存储系统空间由3T上升到10T；增添了双机热备系统，提高了图书馆管理系统的可靠性；购置的“南京汇文图书馆管理系统”软件，现已完成系统安装，目前正在进行系统调试、培训等工作，计划寒假后进行图书馆管理系统的切换。

3.根据学校的安排图书馆二校区分馆从教八楼调整到教十楼(逸夫楼)，图书馆按照基建图纸对二校区分馆进行规划和布局，同时对承重、环境等问题向基建处提出合理化建议，以保证图书馆的正常使用。

在规划和布局中，图书馆本着勤俭节约的原则，采取新、旧书架结合的方式，仅此一项就为学校节省资金近10万元。

二校分馆面临着“7万册藏书，230台计算机，大量家具设备”的搬迁任务，为尽可能的减少对读者的影响，图书馆按照学校的搬迁计划，组织人员加班加点、保质保量地完成了分馆的搬迁工作。

4.2005年学校加大了对图书馆的投资的力度。

本年度文献购置费300万元，重点学科建设资金140万元，外文图书专项费40万元（2006年到位），科技学院专项文献购置费60万元，二校区分馆家具设备费30万元，计学校投入570万元。

一、单选题（一共6道）1、文书档案是记录( )活动的档案。

（1分）A、政务（正确答案）B、科研C、项目建设2、按《归档文件整理规则》的要求，《归档文件目录》夹封面标签上不可能出现的项目是（）。

（1分）A、某个年度或某个机构B、案卷号和目录号（正确答案）C、起止年度或多个机构名称3、各单位鉴定文书档案价值、确定文书档案保管期限的依据是本单位（）。

（1分）A、制定的文件材料归档范围与不归档范围B、制定的文书档案分类编号方案C、制定的文书档案保管期限表（正确答案）4、按《归档文件整理规则》的要求，档案盒脊背填写项目中“年度”填写正确的是（）。

（1分）A、2001年（正确答案）B、2001年-2003年C、2002年-2005年5、（）是机关管理与保存文件的基本方法，通过它建立起文件收进运转记录，它是催办、查阅的索引和档案检索的工具。

（1分）A、传阅B、登记（正确答案）C、签注6、针对本单位收文对各承办部门的公文办理工作进行督促与检查，称为（）。

（1分）A、对外催办B、对内催办（正确答案）C、批办二、多选题（一共6道）1、《归档文件目录》表中的项目有（1分）A、日期（正确答案）B、页码C、责任者（正确答案）D、文号（正确答案）E、全宗号2、对于各单位而言，文件材料收集的依据是（）。

（1分）A、本单位制定的文件材料的归档范围（正确答案）B、国家制定的文件材料的归档范围（正确答案）C、本行业档案部门制定的文件材料的归档范围（正确答案）D、同级单位档案部门制定的文件材料的归档范围3、文件运转程序具有（）。

（1分）A、规范性（正确答案）B、确定性（正确答案）C、政治性D、连续性（正确答案）4、下列程序中，哪些不属于单份文件归档整理方法（1分）A、装订B、拟定案卷题名（正确答案）C、盖档号章D、编制目录号（正确答案）5、按文件密级划分，可分为（）。

（1分）A、对外公开（正确答案）B、秘密、机密和绝密（正确答案）C、国内公开（正确答案）D、内部使用（正确答案）6、为便于公文归档后的长期保存，公文的制作材料要使用（）。

新增品种目录1 紫杉醇25册2 紫杉醇注射液25册3 布洛伪麻胶囊28册4 依托泊苷软胶囊29册5 盐酸奥昔布宁30册6 盐酸奥昔布宁片30册7 妥布霉素滴眼液30册8 盐酸格拉司琼胶囊31册9 奥沙利铂010 盐酸赛洛唑啉011 注射用奥沙利铂012 注射用盐酸丁咯地尔13盐酸喹那普利33册 14盐酸喹那普利片33册 15辛伐他丁34册 16辛伐他丁胶囊34册 17辛伐他丁片34册 18羟苯磺酸钙34册 19羟苯磺酸钙胶囊34册 20硫酸吗啡注射液34册 21尼索地平34册 22尼索地平片34册 23尼索地平胶囊48册 24双氯芬酸钠搽剂35册 25尼群地平软胶囊35册 26异环磷酰胺36册 27注射用异环磷酰胺38册 28卡托普利注射液37册 29克霉唑倍他米松乳膏37册 30亚叶酸钙注射液37册31复方双氯芬酸钠注射液37册 32双嘧达莫缓释胶囊38册 33替硝唑阴道泡腾片38册 34异丙安替比林38册 35硝酸异山梨酯缓释胶囊39册 36氟比洛芬39册 37萘磺酸右丙氧芬39册 38苯溴马隆片40册 39苯溴马隆41册 40卡维地洛40册 41卡维地洛片40册 42卡维地洛胶囊40册 43盐酸阿呋唑嗪40册 44盐酸阿呋唑嗪片40册 45盐酸丁咯地尔片40册 46盐酸丁咯地尔41册 47盐酸丁咯地尔注射液41册 48苯扎贝特40册 49苯扎贝特片40册 50阿维 A40册 51阿维 A 胶囊40册 52盐酸索他洛尔053盐酸索他洛尔片40册 54盐酸赛洛唑啉滴鼻液41册 55缬沙坦41册 56缬沙坦胶囊41册 57他扎罗汀43册 58他扎罗汀凝胶43册 59瑞格列奈43册 60瑞格列奈片44册 61洛伐他汀片45册 62洛伐他汀胶囊45册 63洛伐他汀46册 64洛伐他汀颗粒46册 65氢溴酸右美沙芬颗粒45册 66氢溴酸右美沙芬胶囊45册 67氢溴酸右美沙芬缓释片45册 68替尼泊苷45册 69替尼泊苷注射液45册 70酮康唑洗剂46册 71氯膦酸二钠片46册72氯膦酸二钠47册73氯膦酸二钠胶囊47册74氯膦酸二钠注射液30册45册 75苯佐卡因糊剂47册76赖诺普利胶囊47册77赖诺普利片47册78赖诺普利48册79维 A 酸胶囊47册80富马酸比索洛尔47册81富马酸比索洛尔片37册82富马酸比索洛尔胶囊41册83氨磷汀47册84注射用氨磷汀47册85盐酸昂丹司琼胶囊48册86醋酸甲羟孕酮分散片48册87醋酸甲地孕酮分散片48册88盐酸丙卡特罗胶囊48册89盐酸二甲双胍肠溶片0阿维AAwei AAcitretinC21H26O3 326.43本品为全反式-9-（4-甲氧基-2,3,6-三甲基苯基）-3,7-二甲基-2,4,6,8-壬四烯酸。