10 WEBs-Niagara Report V1.0

niagara中间件软件安装及测试

使用交叉网线将M4网关与PC相连后，开启网络调试助手，建立连接。点击M4网关屏幕上的Ethernet按键，进入下面见面：
如果M4网关的网口正常，网络调试助手接收区域将收到FE 09 01 00 02 00 0001 F5(M4网关向PC发送的心跳)信息，如下图所示：
当调试助手上接收到心跳超过4个时，PC端未回复心跳，M4网关将会发出警报声。在网络调试助手的发送区域输入FE 05 01 906A（PC回复网关心跳信息），点击发送，如果网关成功接收到该信息，网关将关闭报警声；如果警报声没有停止，说明网关网口接收数据存在问题。
如果M4网关与AP通信正常，网络调试助手接收区域将收到FE 09 01 00 02 00 0001 F5(M4网关向PC发送的心跳)信息，如下图所示：
当调试助手上接收到心跳超过4个时，PC端未回复心跳，M4网关将会发出警报声。在网络调试助手的发送区域输入FE 05 01 906A（PC回复网关心跳信息），点击发送，如果网关成功接收到该信息，网关将关闭报警声；如果警报声没有停止，说明网关通过WIFI接收数据存在问题。
6
6.1
用万用表测试左右扇面的24V+与24VG是否短路
用万用表测试左右扇面的5V与5VG是否短路
电源没有短路即可上电，若有短路，排查短路原因。
6.2
6.2.1
1、将U盘中的文件拷贝到一体机D盘下。
2、安装IndyTool v2.3.0，找到D:\一体机软件\R2000\IndyTool中的图标，双击进行安装。
在channel 0上右击：
选择Link From’fan’后出现如下界面，按界面色框选中选项：
点击OK，变量变为如下（右侧多个link标志）：
alarm 和motor 及DA 变量建立Link的方法同上，只是选择的Equipment4中的channel不同:

霍尼韦尔WEBS培训资料

WEBs LABLAB 2 WEB AX Station Software Installation & Registration (3)LAB 3 Niagara Workbench Overview (9)1. Open Platform 打开Platform (9)2. Start a Station 运行一个站点 (9)3. View the Demo 浏览演示站点 (10)4. Stop a Station 停止一个站点 (11)LAB 4 Create a New Station (13)LAB 5 Programming for AHU (17)LAB 6 Graphics 图形界面 (27)1. Create folders for graphics建立图形文件夹 (27)2. Create a New View of the folder 为文件夹建立图形页面 (27)3. Switch between View and Edit Mode of Px sheet (29)4. Px sheet in file system and Delete Px sheet (29)5. Add graphics from WEBsAX library (30)6. Link Graphics and points 连接图形和点 (32)7. Import your custom graphics 导入自定义图形 (37)8. Add controllable modules from WEBsAX Library (37)9. Advanced Graphic: Panes 高级图形工具 (40)10. Link from page to page 连接页面到页面 (41)11. Make Nav File 制作Nav导航文件 (43)12. Use IE view the graphic 使用IE浏览器查看 (43)LAB 7 Alarm 报警 (45)1. Add Alarm Service 添加Alarm报警服务 (45)2. Set Alarm Class 设定报警分类 (45)3. Add Alarm Recipient 添加报警接收处理 (45)4. Add Alarm Extension to the Point 添加报警扩展到点 (46)5. Using Alarm Portal (48)6. HyperLink to Alarm Console 连接到报警控制台 (50)LAB 8 Schedule 时间表 (51)1. Add Weekly Schedule (51)2. Add Calendar Schedule module to Wire Sheet (54)3. Add Trigger Schedule module to Wire Sheet (54)4. HyperLink to Schedule 连接到时间表 (55)LAB 9 History and Dynamic Trend 历史记录和动态趋势 (56)History (56)1. Add History Service 添加History历史服务 (56)2. Add History Extension to the Points 添加历史记录扩展到点 (56)3. Modify the History Extension Property 修改历史记录扩展属性 (56)4. History Config 配置历史记录 (57)5. View the History 查看历史记录 (57)6. Manager the History 管理历史记录 (59)7. HyperLink to History 连接到历史纪录 (60)Dynamic Trend (61)LAB 10 Report /Email 报表和邮件 (62)Report Service: (62)1. Add Report Service 添加Report报表服务 (62)2. Layout report data in a ComponentGrid 设定报表格式 (62)3. Create a Px page display of the report 为报表建立一个图形页面 (64)4. Create and configure ExportSource component (67)Email Service (67)1. Add Email Service 添加Email服务 (67)2. Add email account 添加email 帐户 (68)3. Add EmailRecipient to ReportService (68)4. Add EmailRecipient to AlarmService (69)LAB 11 Security 安全设定 (71)1. Configure CategoryService (71)2. Assign Components to Categories 分配组件到分类目录 (71)3. Configure User Service 配置用户服务 (72)LAB 12 Commissioning WEBs Controller (74)LAB 13 Use a Spyder as Lon I/O for WEBs (84)LAB 14 Link Station to Station (98)LAB 15 Module Library and Reuse 模块库和重复利用 (106)1. Import new modules 导入新的模块 (106)2. Customize a palette 自定义palette (106)3. Reuse Program 重复利用程序 (107)4. Reuse Graphic 重复利用图形 (108)LAB 16 Backup 备份 (109)1. Back up the Station 备份工作站 (109)2. Restore the Station还原工作站备份 (110)3. Histories Archive 历史记录归档 (112)LAB 17 Spyder Commissioning (117)LAB 2 WEB AX Station Software Installation & Registration Objectives:Get to know the installation and registration process.了解安装和注册的过程。

高效液相色谱-串联质谱法检测动物性食品中氟吡菌胺、氟吡菌酰胺、螺虫乙酯残留量

高效液相色谱-串联质谱法检测动物性食品中氟吡菌胺、氟吡菌酰胺、螺虫乙酯残留量陈盛（上海必诺检测技术服务有限公司，上海 201114）摘要：建立高效液相色谱-串联质谱法测定动物性食品中氟吡菌胺、氟吡菌酰胺、螺虫乙酯残留量的方法。

样品采用QuEChERS法净化，以0.1%甲酸水溶液（含10 mmol乙酸铵）及乙腈为流动相进行梯度洗脱，通过Poroshell 120 EC-C18液相色谱柱分离，以电喷雾正离子（ESI+）多反应监测模式对目标物进行定性定量分析。

该方法在2～200 μg·L-1线性良好，相关系数均＞0.992，方法检出限为0.01 mg·kg-1，定量限为0.03 mg·kg-1。

在加标水平为0.03 mg·kg-1、0.10 mg·kg-1、0.30 mg·kg-1时，方法的回收率为80.3%～94.3%，RSD在4.3%～8.7%。

该方法操作简便、检测效率高，分离目标物效果好，可以满足动物性食品中氟吡菌胺、氟吡菌酰胺、螺虫乙酯残留量的检测。

关键词：高效液相色谱-串联质谱法（LC-MS/MS）；动物性食品；氟吡菌胺；氟吡菌酰胺；螺虫乙酯High Performance Liquid Chromatography-Tandem Mass Spectrometry for the Determination of Fluopicolide, Fluopyram and Spirotetramat Residues in Animal FoodCHEN Sheng(Shanghai Bino Testing Service Co., Ltd., Shanghai 201114, China)Abstract: Establish a method for the determination of residues of fluopicolide, fluopyram and spirotetramat in animal food by high-performance liquid chromatography tandem mass spectrometry. The sample was purified using the QuEChERS method, with 0.1% formic acid aqueous solution (containing 10 mmol ammonium acetate) and acetonitrile were used as mobile phases for gradient elution, separated by Poroshell 120 EC-C18 liquid-phase column, and the target substance was qualitatively and quantitatively analyzed by electrospray positive ion (ESI+) multi reaction monitoring mode. This method had good linearity in the linear range of 2～200 μg·L-1, and the correlation coefficients were＞0.992, the detection limit of the method is 0.01 mg·kg-1, and the quantitative limit is 0.03 mg·kg-1. At the spiking levels of 0.03 mg·kg-1, 0.10 mg·kg-1, and 0.30 mg·kg-1, the recovery rate of the method is 80.3% to 94.3%, and the RSD is 4.3% to 8.7%. This method is easy to operate, has high detection efficiency, and has good separation eﬀect of the target substance, which can meet the detection of residues of ﬂuopicolide, ﬂuopyram, and spirotetramat in animal food.Keywords: high performance liquid chromatography-tandem mass spectrometry (LC-MS/MS); animal food; ﬂuopicolide; ﬂuopyram; spirotetramat氟吡菌胺、氟吡菌酰胺、螺虫乙酯均属于广谱类杀菌剂。

世界气象组织氧化亚氮全球平均浓度

世界气象组织氧化亚氮全球平均浓度氧化亚氮（N₂O）是一种重要的温室气体，它对全球气候变化和大气化学过程有着重要影响。

世界气象组织（WMO）对氧化亚氮的浓度进行了全球监测和研究，以了解它的变化趋势和对环境的影响。

首先，让我们了解一下什么是氧化亚氮。

氧化亚氮是一种由氮气和氧气反应所产生的化合物，化学式为N₂O。

它主要来自于农业、工业和燃烧过程中。

农业活动是氧化亚氮的主要源头，尤其是土壤肥料和畜牧业排放的氧化亚氮。

此外，氧化亚氮还由工业过程和燃烧排放产生，例如化肥生产、化学品生产和燃料燃烧等。

世界气象组织通过全球观测网络监测氧化亚氮的浓度和分布。

他们利用地面和航空观测站，以及卫星遥感数据，定期收集和分析氧化亚氮的浓度数据。

这些数据帮助我们了解氧化亚氮的分布和变化趋势，以及其对大气和气候系统的影响。

根据世界气象组织的数据，氧化亚氮的全球平均浓度在过去几十年里呈现出增长的趋势。

根据最新的报告，截至2021年，全球平均浓度约为331.1部分亿（ppb），这是一个相对较高的水平。

与20世纪早期相比，氧化亚氮的浓度已经增加了约20%。

氧化亚氮的增长主要是由人为活动导致的，尤其是农业和工业的活动。

不合理的施肥和过度养殖导致了农田和畜牧业排放的氧化亚氮增加。

此外，化肥和化学品生产以及燃料燃烧等工业活动也是氧化亚氮的重要来源。

氧化亚氮的增加对大气和气候系统有着重要的影响。

首先，它是一种温室气体，具有较高的全球增温潜能。

这意味着氧化亚氮的增加会导致地球温度的上升，加剧全球气候变化。

其次，氧化亚氮还参与了大气化学过程，影响臭氧的生成和分解等。

这对大气层的稳定和气候条件也有着重要影响。

为了减少氧化亚氮的排放和控制其浓度的增长，国际社会采取了一系列措施。

其中包括改善农田管理实践，减少不合理施肥和过度养殖的程度。

此外，监管工业过程和燃烧排放，采取更清洁和可持续的生产方式也是重要的举措。

这些努力可以减少氧化亚氮的排放，并为减轻气候变化和保护环境做出贡献。

液液萃取气相色谱法测定水中6种有机磷农药

分析检测液液萃取气相色谱法测定水中6种有机磷农药陈国清(莆田市环境监测站，福建莆田 351100）摘要：本文采用液液萃取-气相色谱法检测水中敌敌畏、内吸磷、乐果、甲基对硫磷、马拉硫磷和对硫磷6种有机磷农药的含量。

实验以正己烷为萃取剂，对色谱条件进行优化。

实验结果显示，6种有机磷化合物在0.1～1.0 μg·mL-1线性关系良好，检出限为0.010～0.200 μg·L-1，相对标准偏差为1.54%～4.72%，加标回收率为76%～104%，本方法能满足水中有机磷农药检测的实际需要。

关键词：液液萃取-气相色谱法；有机磷农药；水质Determination of Six Organophosphorus Pesticides in Water by Liquid Liquid Extraction Gas ChromatographyCHEN Guoqing(Putian Environmental Monitoring Station, Putian 351100, China)Abstract: This article uses a liquid liquid extraction gas chromatography method to detect the content of six organophosphorus pesticides in water, including dichlorvos, phosphorus, dimethoate, methyl parathion, malathion, and parathion. The experiment used n-hexane as the extractant to optimize the chromatographic conditions. The experimental results showed that the six organic phosphorus compounds had a good linear relationship between 0.1 and 1.0 μg·mL-1, with a detection limit of 0.010 to 0.200 μg·L-1, a relative standard deviation of 1.54% to 4.72%, and a recovery rate of 76% to 104%. This method can meet the practical needs of detecting organic phosphorus pesticides in water.Keywords: liquid liquid extraction gas chromatography; organophosphorus pesticide; water quality有机磷农药的广泛使用会给人们的身心健康带来严重危害[1]。

NiagaraNetwork Discover方面的问题

关于NiagaraNetwork Discover方面的问题关键字：Discover问题描述我们在用Niagara Network的Discover功能时，有时会遇到一些问题，从而无法完成网络集成。

在Discover时通常会遇到以下问题：1）Discover搜不到某些Station。

2）完全搜不到任何Station，这可能是防火墙导致的。

Niagara Network通常使用IP通信，如果打开防火墙，外部发送到本地的链接请求会就会被阻挡，因此我们需要关闭防火墙。

如果您的防火墙无法关闭，或者您不希望完全关闭防火墙，那么您可以为您的Niagara Network通信打开一些特定的通信端口。

3）在JACE上的NiagaraNetwork进行 Discover时，立刻报错。

从Job日志里能看到如下错误：解决办法1）问题1，解决办法，手动添加Station：A．步骤1：在NiagaraNetwork的Station Manager 视图中，点击底部的New按钮，新建一个Station。

如下图所示，Name为您想要添加的station的名称（必须一样），Address为您想要添加的station所在PC的Niagara Network 通信的IP地址，Fox Port 设成4911，Use Foxs设成True，Credential Store中的Username和PassWord为您想添加的Station中的某个用户的账号和密码，保持其它属性的默认状态。

其它步骤请参考TCP培训Lab28()。

B．步骤二：Station添加完毕之后，会出现在Database中，右击Database当中的刚刚建的工作站，选择Actions，然后使用Ping强制建立一个连接。

注意，连接仅仅会保持短暂时间。

连接将会进入一个Fault状况，因为远端工作站所提供的TLS安全证书尚未获得批准。

以下是如何将其进行改正：i. 在发起Niagara Network连接的工作站上打开位于Platform下的Certificate Management。

液液萃取固相萃取——气相色谱法测定水中酞酸酯类化合物

第"1期李洁，等:液液萃取/固相萃取一一气相色谱法测定水中臥酸酯类化合物-95-液液萃取/固相萃取——气相色谱法测定水中T酸酯类化合物李洁，郭丽，张丹(河南省生态环境监测中心河南省环境监测技术重点实验室，河南郑州450000)摘要:采用液液萃取/固相萃取-气相色谱法测定水中6种猷酸酯类化合物，通过优化萃取条件发现,液液萃取时以10mL二氯甲烷作为萃取剂、在酸性条件下萃取效果较好，固相萃取时使用C18固相萃取柱、以8mL二氯甲烷作为洗脱剂、在pH为2的条件下萃取效果较好。

按照优化后的萃取条件进行实验，液液萃取空白水样的加标回收率为602%〜1182%，实际水样的加标回收率为62.8%~120%個相萃取空白水样的加标回收率为66.8%-120%,实际水样的加标回收率为66水％〜119%&关键词:猷酸酯类'液液萃取'固相萃取'气相色谱法中图分类号：X8302文献标识码：A文章编号：1008-021X(2020)21-0095-03Determioation of PAEs io water by SPE/LLE—GCLl Jl,Guo Ll,Zhang Dan(Henan Ecological Environment Monitoring Center,Zhengzhou450000,China)Abstract:six kinds oO PAEs in water were determined by gas chromatography with the liquid liquid extraction/solid phase exeaction in this research.The optimai conditions oO extraction were discussed.The results showed that the liquid-liquid exeaction elect was better when10mL dichloromethane was used as extractant under acidic conditions.The resuOs showed that the so—d phase extraction was better when using C18solid phase extraction column and8mL dichloromethane was used as eluent under pH =2.The experiment was carried out according to the optimized exeaction conditions.Ehe standard recoveo oO blank water sample is60.6%〜118.4%and the standard recoverg oO actual water sample is622%〜120%by LLE.Ehe standard recoveo oO blank water sample is664%〜120%and the standard recoveo of actual water sample is664%〜119%by SPE.Key words：PAEs；LLE；SPE；GC駄酸酯(phm/Ogcide—er,PAEs)也称邻苯二甲酸酯，是邻苯二甲酸酹与醇的反应产物,1-&由于PAEs并未聚合到高分子碳链上而是与塑料基质以氢键或范德华力结合，因此在使用过程中遇水或有机溶剂时极易被释放，造成对环境的污染同时，它也是一类环境激素类物质，对动物具有雌激素的特征及抗雄激素生物效应，临床上表现为生殖能力下降、生殖器官畸形和发育异常等，严重影响人们的身体健康，美国环境保护署将邻苯二甲酸二甲酯(dimethylphthaOtc,DMP)、邻苯二甲酸二乙酯(dimhy0hm/Oe,DEP)、邻苯二甲酸二丁酯(dibumOhm//e,DBP)、邻苯二甲酸二.(2-乙基己基)酯(di-(2-ethyOexyl)-phthalate,DEHP)、邻苯二甲酸二辛酯(diemOhm//e,DOP)、邻苯二甲酸丁基％基酯(bumlPenzylphthaOm,BBP)6种PAEs列入优先污染物监测名单,3一6-&目前，国内外关于PAEs预富集方法的报道有液-液萃取(LLE)、固相萃取(SPE)、固相微萃取(SPME)%液相微萃取(LPME)等［7—!］。

honeywell webs 调试手册

14
WEBs AX Overview V1.0
Compact I/O
• Compact I/O
OS Number XIO-10DI XIO-4DI XIO-4DO XIO-8AI Applications 10 DI 4 Dl 4 DO 8 AI 4 20K NTC Inputs
- LonMark compliant / LonMark - LON FTT10 interface / LON FTT10 - Compact design /
13 WEBs AX Overview V1.0
Spyder I/O Spyder
• Spyder I/O – PUL6438
• I/O 6 Universal Inputs 4 Digital Input 3 Analog Output 8 Digital Output
•Uses the LonWorks network protocol • Programming Tool — WEBs StationAX
4
WEBs AX Overview V1.0
Niagara Framework
Administration Finance Security Energy
MODBUS
Lighting
XML SQL HTTP HTML ODBC SNMP JDBC FTP
Facility/Plant Management
12
WEBs AX Overview V1.0
IO-34-H
• Max of (1) per controller • May add up to (2) additional IO-16-H • If used with IO-16-H’s it must be mounted at the end of the chain • Dedicated 24 Volt transformer - Can power WEB-201/WEB-600 controller

美国EPA通用土壤筛选值

1.8E-02
c
71-36-3
止J醇
6.1E+03
n
6.2E+04
n
7.6E-01
3.7E+03
n
85-68-7
邻苯二甲酸丁苄酯
2.6E+02
c*
9.1E+02
c
5.1E-01
3.5E+01
c
78-92-2
仲丁醇
1.6E+05
nm
2.0E+06
nm
1.5E+01
7.3E+04
n
2008-41-5
丁草特
5.5E+03
n
2.5E+00
3.3E+02
n
82657-04-3
联苯菊酯
9.2E+02
n
9.2E+03
n
2.5E+03
5.5E+02
n
92-52-4
1,1-联苯
3.9E+03
ns
5.1E+04
ns
1.9E+01
1.8E+03
n
108-60-1
二氯二异丙基醚
4.6E+00
c
2.2E+01
c
1.2E-04
1.2E+03
n
1.2E+04
n
5.8E-01
7.3E+02
n
67-64-1
内酮
6.1E+04
n
6.3E+05
nms
4.5E+00

气相色谱法测定板栗中乐果和杀螟硫磷农药残留

分析检测气相色谱法测定板栗中乐果和杀螟硫磷农药残留黄　红（安徽省林业高科技开发中心，安徽合肥 230031）摘　要：建立了气相色谱法同时测定板栗中2种常用有机磷杀虫剂残留量的分析方法。

样品经乙腈提取、过滤、浓缩后，用丙酮定容，注入气相色谱仪，农药组分经DB-17毛细管柱分离，用火焰光度检测器检测，保留时间定性，外标法定量。

结果显示，在10～500 μg·L-1浓度范围内，乐果和杀螟硫磷峰面积与浓度呈良好的线性关系，相关系数大于0.999，检出限为0.006 mg·kg-1，定量限为0.02 mg·kg-1；加标回收率在84.01%～100.59%，相对标准偏差≤5.05%。

该方法准确，前处理过程简便、快捷，适用于板栗中乐果和杀螟硫磷农药残留的检测分析。

关键词：气相色谱；农药残留；板栗Determination of Pesticide Residues of Dimethoate andFenitrothion in Chestnut by Gas ChromatographyHUANG Hong(Anhui Provincial Center for Forestry High Technology Development, Hefei 230031, China) Abstract: A method for the simultaneous determination of two common organophosphorus pesticides residues in chestnut by gas chromatography was established. The samples were extracted, filtered and concentrated by ethene, then fixed with acetone and injected into the gas chromatograph. The pesticide components were separated on a DB-17 capillary column, detected by a f l ame photometric detector, characterized by retention time and quantified by external standard method. The results showed that in the concentration range of 10～500 μg·L-1, the peak areas of dimethoate and fenitrothion showed good linear correlation with the concentration, and the correlation coefficients were more than 0.999. The limits of detection were 0.006 mg·kg-1, and the limits of quantification were 0.02 mg·kg-1. The recoveries of the spiked pesticides were in the range of 84.01%～100.59%, and the relative standard deviations were ≤5.05%. The method is accurate, the pretreatment process is simple and fast, and is suitable for the detection and analysis of pesticide residues of dimethoate and fenitrothion in chestnut.Keywords: gas chromatography; pesticide residues; chestnut板栗又称栗子，有“干果之王”的美称，板栗富含蛋白质、脂肪、淀粉、B族维生素等，营养丰富、味道鲜美[1]。

霍尼韦尔的WEBs系统

• 科动（Contemporary Controls）产品
• BACnet系统产品选择（BACnet/IP）
-
BACnet MS/TP、IP路由器 24Vac/dc供电导轨安装内嵌Web服务器，供配置使用。 Honeywell WEBs经测试产品。
16 WEBs BACnet Solution v1.0
EasyIO 30P
PUL6436AS
13 WEBs BACnet Solution v1.0
FCU末端
Honeywell Proprietary
Æ
现场层 - 协议选择
• WEBs支持的现场层协议
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- 基于Web的建筑解决方案
• 采用的Tridium公司的Niagara Framework® 技术平台
• Niagara平台：拥有超过 150个合作伙伴
Tridium
6 WEBs BACnet Solution v1.0
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10 WEBs BACnet Solution v1.0
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远端站点远端浏览器工作站配置工具浏览器工作站 Workbench 配置工具用户企业数据库
......
BACnet/IP Modbus/TCP OPC oBIX SQL 私有协议 …

碳汇项目造林方法学(V01版)

I
监测、取样和计算方法；简化了项目情景下枯落物、枯死木和土壤有机碳库的监测方法等。
4. 本方法学整合了国内众多研究成果，总结整理出了方法学中各类参数的缺省值和可供参考的回归方程，使之更积量换算为全株生物量的基本木材密度、生物量扩展因子、地下生物量/地上生物量之比、生物量含碳率等。同时还筛选出了我国不同地区、不同树种或森林类型的生物量参考方程等。
5.1. 项目边界的确定...............................................................................................................4 5.2. 土地合格性.......................................................................................................................5 5.3. 碳库和温室气体排放源的选择.......................................................................................5 5.4. 项目期和计入期...............................................................................................................6 5.5. 基线情景识别与额外性论证...........................................................................................6 5.6. 碳层划分 ..........................................................................................................................8 5.7. 基线碳汇量.......................................................................................................................9 5.8. 项目碳汇量.....................................................................................................................12 5.9. 泄漏 ................................................................................................................................19 5.10. 项目减排量...................................................................................................................19 6. 监测程序.................................................................................................................................20 6.1. 基线碳汇量的监测.........................................................................................................20 6.2. 项目活动的监测.............................................................................................................20 6.3. 项目边界的监测.............................................................................................................20 6.4. 事后项目分层.................................................................................................................21 6.5. 抽样设计 ........................................................................................................................21 6.6. 样地设置 ........................................................................................................................23 6.7. 监测频率 ........................................................................................................................23 6.8. 林木生物质碳储量的监测.............................................................................................24 6.9. 灌木生物质碳储量的监测.............................................................................................26 6.10. 项目边界内枯落物、枯死木和土壤有机碳库的监测 ...............................................28 6.11. 项目边界内的温室气体排放增加量的监测 ...............................................................28 6.12. 精度控制与矫正...........................................................................................................28 6.13. 不需要监测的数据和参数...........................................................................................29 6.14. 需要监测的数据和参数...............................................................................................42 7. 附件.........................................................................................................................................45 附表 1. 全国主要乔木树种生物量方程参考表...................................................................45

河流氧化亚氮数据

河流氧化亚氮数据
由于氧化亚氮（NOx）在大气和水体中的存在对环境和人类健康都具
有重要的影响，因此对全球范围内河流中NOx浓度的监测和研究越来越受
到关注。

以下是一些公开的河流氧化亚氮数据：
1.美国地质勘探局（USGS）提供了关于美国各州和领地中数百个河流
和水体中NOx浓度的数据。

这些数据可在USGS的水资源监测网站上获得。

2. 具有代表性的全球河流的NOx数据可以在联合国教科文组织（UNESCO）的世界水质监测数据中心（GEMStat）上获得。

该数据是由各
个国家和地区的监测机构提供的，涵盖了100多个国家和地区的河流、湖
泊和地下水体。

3.欧洲环境署（EEA）提供了关于欧洲各地河流中NOx浓度的数据。

具体数据可在EEA的水质监测和评估程序（WISE）平台上获得。

4.中国国家环境保护部和中国科学院等机构也提供了关于中国各地河
流中NOx浓度的数据。

这些数据可以在官方网站或科学论文中获得。

这些数据可以帮助科学家和政策制定者更好地了解NOx在河流生态系
统中的影响，并提供数据支持来制定更有效的环境治理措施。

Niagara警报介绍PPT课件

• Spy页提供的重要信息
– On Call Priority分配、当前On Call联系方式、离警报确认超时的剩余时间。
45
十三、普通警报控制和指示
•警报控制按钮 Acknowledge、Hyperlink、Notes、
Slience、Filter、Close。 •警报图标
red、orange、yellow、green、white、 a note alarm icon、a link icon、an optional icon。
• 在对象上设置警报源，需要做以下工作：
– 添加合适的警报Extension到组件 – 配置警报Extension满足要求
8
2.1 警报Extensions和组件
• 在组件的property sheet中添加警报 Extension。
• 警报Extension的类型必须和组件类型匹配。 • 警报Extension存在于alarm控制板。
存在一条错误（fault）联系方式：
25
On Call User Report视图
• On Call Contact组件的默认视图。 • 以表格化的方式显示和任何选择的用户指
派到的On Call列表关联的细节。 • 实现导出
– 工具栏的Export图标 – 主菜单的File -> Export
26
– etc.
38
39
9.3 EmailRecipient （Report-EmailRecipient）
•Report-EmailRecipient：Report控制板
40
十、SmsService
• 用于向其他手机发送短信。 • SMS驱动允许转发警报信息和发送普通短

霍尼韦尔WEBs-AX系统介绍

WEBs 系统卖点：
• 操作简易
- 轻松入门
基于流行的Internet技术浏览器访问 NAV 导航文件
- 访问方便
客户可以在任何时间，任何地方登录支持多个用户同时访问
Webs-AX Offering
21
• 成本低
- 与传统的C/S模式比较
通用控制器
广泛应用于加热、制冷、通风换热等AHU的各种应用
•Lon通讯协议设备
•BACnet通讯协议设备
•支持单机运行，也可使用Lon/BACnet通讯
PVL(B)6438NS
VAV 控制器
广泛的应用于多种VAV系统中
•用Niagara编程，配置
•自带时钟
PVL(B)6436AS
集成执行器VAV控制器
Modbus
XML
Webs-AX Offering
SNMP
7
WEBsAX 系统解决方案
系统优点－接口开放
Webs-AX Offering
8
WEBsAX产品介绍 WEB-700是大型物业，远程站点和大型物业分布式监控的理想选择
• • • • • IBM PowerPC 440EP 667MHz 处理器 1G内存 & 512MB 闪存电池备份 – 5 min 实时时钟 – 备份电池供电，最长可维持3个月通讯:
• 优势 - 运行更好，更稳定 - 维护更简单，升级更加方便 - 安全灵活, 维护和集成需要实时控制 - 多个客户同时登录更简单，更高效
传统的 C/S应用 - 客户端 (胖客户端)– 用户界面 - 服务器 – 数据库，报警处理劣势 - 成本高 - 升级和维护困难 - 扩展性差
Webs-AX Offering

报告

水质分析报告表水质分析报告表水质分析报告表水质分析报告表土的腐蚀性分析报告土的腐蚀性分析报告土的腐蚀性分析报告土的腐蚀性分析报告1、工程概况中兴能源（内蒙古）有限公司年产10万吨甜高粱茎杆燃料乙醇项目工程勘察场地位于巴盟五原工业园区，受甲方委托我公司对拟建场地进行了详勘阶段岩土工程勘察。

拟建主要建筑物有：6个糖罐Ф=31.2m、办公楼四层、食堂宿舍楼三层、污水处理站、蒸馏脱水车间、发酵车间、锅炉房和积压榨汁车间等。

根据工程重要性等级为二级、场地复杂程度等级为二级和地基复杂程度等级为二级，综合确定本次岩土工程勘察等级为乙级。

本次勘察的依据为《岩土工程勘察规范》（GB50021－2001）、《建筑抗震设计规范》（GB50011－2001）、《建筑地基基础设计规范》（GB50007－2002）。

2 勘察工作概况2.1勘察方法本次岩土工程勘察采用DPP-100型汽车钻两台，采用泥浆护壁回转钻进。

利用单动双重取土器采取原状土样，现场原位测试为标准贯入试验。

于2010年3月15日完成外业钻探。

2.2勘察工作量（1）根据规范要求在拟建建筑物沿其周边及角点布设，钻孔间距控制在30米以内。

控制性钻孔为12m～40m，一般性钻孔8m～12m。

共布置钻孔148个，总进尺2196.0米。

（2）在钻探揭露的不同岩性的土层中取原状土试样138件，扰动土试样187件，并进行了室内土工试验。

（3）在钻探揭露的砂土层中进行标准贯入试验共424次。

（4）场地内布置3个钻孔进行地基剪切波速测试工作，钻孔编号为ZK1、ZK74、ZK137总测点为90点次。

详见〈地基剪切波速测试报告〉。

（5）取水4件和土样4件，进行对建筑材料的腐蚀性分析；（6）勘探点野外定位及孔口高程测量工作由专职测绘人员完成。

坐标及高程均采用绝对值，坐标系为北京54坐标系，高程采用1985国家高程基准。

3 拟建场地岩土工程条件3.1场地条件及地形、地貌拟建场地原为耕地及民房，场地内地形较平坦，标高变化在1022.87m～1024.28m。

211132927_某市豆芽中4-_氯苯氧乙酸钠的风险分析

分析检测某市豆芽中4-氯苯氧乙酸钠的风险分析金晓君，许计元，廉志顺，雷祎婷，付硕（安徽创佳安全环境科技有限公司，安徽宿州 234000）摘要：目的：了解某市豆芽中4-氯苯氧乙酸钠的添加情况，对其违规添加进行风险分析。

方法：随机从多个区/县市场抽取样品120份，采用液相色谱串联质谱法进行定性定量分析。

结果：在120份抽检样品中，4-氯苯氧乙酸钠共检出20份，检出率16.7%，黄豆芽的检出率高于绿豆芽（P＜0.05），区域检出率差别显著（P＜0.05）。

结论：该市的抽检不合格率高于文献平均水平，需继续加大对豆芽的监管力度。

关键词：豆芽；4-氯苯氧乙酸钠；风险分析Risk Analysis of Sodium 4-Chlorophenoxyacetate in BeanSprouts in a CityJIN Xiaojun, XU Jiyuan, LIAN Zhishun, LEI Yiting, FU Shuo(Anhui Chuangjia Safety Environment Technology Co., Ltd., Suzhou 234000, China) Abstract: Objective: To investigate the addition of sodium 4-chlorophenoxyacetate in bean sprouts in a city, and to analyze the risk of illegal addition. Method: 120 samples were randomly selected from several district and county markets for qualitative and quantitative analysis by liquid chromatography tandem mass spectrometry. Result: Among 120 samples, 20 samples of sodium 4-chlorophenoxyacetate were detected, the detection rate was 16.7%. The detection rate of soybean sprouts was higher than that of mung bean sprouts (P＜0.05), the regional detection rates were significantly diﬀerent (P＜0.05). Conclusion: The unqualified rate of sampling inspection in the city is higher than the average level of literature, so it is necessary to strengthen the supervision of bean sprouts.Keywords: bean sprouts; sodium 4-chlorophenoxyacetate; risk analysis豆芽是一种生产周期短的四季菜，富含维生素C、氨基酸、视黄醇及膳食纤维等有益成分，且脂肪、胆固醇含量低，是人们餐桌上的常见菜[1]。

100618003磨合数据

油门　％记录号工况工况名称运行时间　s转速　r∕mi扭矩　N．m功率　kW油耗率　g∕油耗量　kg∕11磨合90080023119.3265.2 5.1320.6 21磨合90079923019.3269.7 5.1721 31磨合90080023119.3264.1 5.0720.9 42磨合60090024523.1268.3 6.1722.1 52磨合60090024322.9268.1 6.1421.9 62磨合60090024423268.5 6.1522.2 73磨合900100026127.4262.47.1323.4 83磨合900100026127.3263.57.223.7 93磨合900100026127.3263.37.1823.5 104磨合600100052054.422412.2326.7 114磨合600100052254.6224.412.2327 124磨合600100052154.5224.112.2327 135磨合900120034843.7265.511.5527.6 145磨合900120034543.3265.711.4928 155磨合900120034543.4266.511.5327.8 166磨合600120060075.4237.217.8731.3 176磨合600120060175.5236.117.7630.6 186磨合600119960075.1236.917.8531.3 197磨合900140043063264.116.6432 207磨合900139843062.9263.716.6132.1 217磨合900140043063.1263.316.6132.5 228磨合6001399690101.1236.823.9837.4 238磨合6001398690101.3236.723.9537.1 248磨合6001400690101.1236.223.8837.1 259磨合6001600700117.3241.328.3443.3 269磨合6001601700117.6241.828.3343.3 279磨合6001600700117.2241.828.3343.5 289磨合6001601700117.2241.928.3643.8 299磨合6001600700117.5239.128.0542.8 309磨合6001597700116.8240.628.1642.8 3110磨合60015981030172.3224.938.8749.3 3210磨合60015981030172.7224.238.6949.7 3310磨合60015981030172.4224.938.7849.8 3410磨合60016011030172.8224.438.8249.6 3510磨合60016021030172.7225.738.8949.8 3610磨合60015981030172.4224.638.850.3 3710磨合60016011030172.6224.938.8350 3810磨合60016021030172.5225.738.9549.7 3910磨合60016021030172.8225.538.9450.1 4011磨合6001800861162.523538.0754 4111磨合6001800861162.4234.938.0754.1 4211磨合6001805860162235.237.9953.7 4311磨合6001795859161.8234.738.0353.9 4411磨合6001793859161.3234.838.0254.7 4511磨合6001805860162.123538.0154.2 4611磨合6001799860162233.938.0754.5 4711磨合6001801860162.3235.138.1152.4 4811磨合6001803860162.2233.337.8152.3 4911磨合6001798860162.623437.9353.1 5011磨合600180086016223437.9452.7 5111磨合6001799860162233.737.9453 5212磨合60017931200225.4225.951.0961 5312磨合60017961200225.9225.151.0660.6 5412磨合60018001200226.2225.551.0560.35512磨合60018011200226.5225.951.1260.6 5612磨合60018001200226225.450.9560.6 5712磨合60018001200225.9226.451.0660.9 5812磨合60017981200225.9225.851.0561 5912磨合60018021200227.3226.251.0460.9 6012磨合60018001200226.422651.1161.6 6112磨合60017991200225.7224.65161.1 6212磨合60018001200225.7225.551.0761 6312磨合60017951200225.5225.951.1361.4 6412磨合60018001200226.1225.851.0660.8 6512磨合60017981200225.8226.551.1961.1 6612磨合60018001200226.722651.1260.9 6713磨合60019051030205.5227.446.7860 6813磨合60019011030205.422846.7460.5 6913磨合60018961029204.4227.446.6661.2 7013磨合60019021030205.3227.446.7760.4 7113磨合60019021030205228.246.7861.2 7213磨合60019001030205.5228.146.7660.8 7313磨合60018971030205.8227.746.761.1 7413磨合60019021031206.5228.346.6960.9 7513磨合60018901030203.4229.646.7661.5 7613磨合60019001030205.9227.146.7261.2 7713磨合60018841029204.7228.846.7361.9 7813磨合60018961030204.2228.646.8560.9 7914磨合60018991300258.9223.558.0465.6 8014磨合60018981301258.3224.157.9966.5 8114磨合60019131305261.4222.557.9866.1 8214磨合60018981300258.1223.857.9466.1 8314磨合60018961301259.5224.157.8766.2 8414磨合60018921298257.6222.957.7666.3 8514磨合60019011300257.5223.257.765.9 8614磨合60019051302260.2223.857.7965.7 8714磨合60018971301261224.157.7165.9 8814磨合60019081302259222.257.7165.5 8914磨合60018991301258.3222.457.5163.8 9014磨合60018971300258.2222.557.4764.3 9114磨合60019021300257.9223.157.7764.1 9214磨合60019041299258.6222.657.6364.7 9314磨合60018961301258222.857.6365.2 9415磨合6001499700109.7238.126.0340.5 9515磨合6001500700109.9238.426.240.4 9615磨合6001499700109.9238.826.2340.3 9715磨合6001497700110238.326.1939.9 9815磨合6001499700109.9238.726.240.1 9915磨合6001498700109.9238.225.8340 10015磨合6001499700109.8238.726.2140.4 10115磨合6001501700110.1238.126.1740.2 10215磨合6001499700110.1237.526.1140.2 10315磨合6001499700109.9237.826.0240.2 10415磨合6001502700110.2237.525.9940.1 10515磨合6001495700109.8237.225.8940.4 10616磨合60012971200162.9212.834.7444.3 10716磨合60012981200163211.234.4444 10816磨合60012991200163.4213.634.7944.6 10916磨合60012991200163.2213.434.6844.311016磨合60012961200162.9212.734.7244.4 11116磨合60012991200163.4212.234.6144.3 11216磨合60012951200162.6212.534.6344.6 11316磨合60012961200162.9210.734.3844.5 11416磨合60013011200163.3209.234.0744.3燃油温度　℃机油压力　k机油温度　℃大气压力　k环境温度　℃相对湿度　％中冷后温　℃中冷前压　k中冷后压　k中冷前温　℃3.5 5.542.233.538101.13728.534188.83.3 5.342.925.334.6101.238.328.734387.73.2 5.243.217.333101.239.428.733590.27.28.941.831.551.210131.227.944382.87.59.144.426.546.9101.132.928.339688.76.98.644.816.238.4101.236.128.539587.19.71148.420.433.410137.828.843489.19.511.249.818.131.1101.139.429430899.311.150.216.728.2101.140.729.241491.621.823.460.820.527101.24229.341290.621.823.461.722.924.8101.243.729.441190.821.523.16223.322.8101.345.129.440891.325.526.666.627.121.7101.346.329.6517912526.166.42820.7101.446.929.6508922526.265.82820101.447.329.652090.3495085.838.619.1101.448.229.748893.451.25283.841.937.9101.137.42949892.947.748.695.24725.7101.247.830.449192.450.350.285.34149101.136.829.659590.849.949.986.740.940.7101.240.23057792.149.549.687.241.634.3101.342.730.257492.380.680.4111.84631.5101.344.530.455194.180.379.7112.241.928.4101.44630.554794.579.479.2112.141.727.1101.547.230.654794.5989712743.425.6101.548.430.959696.398.897.3128.14324.3101.549.331.159296.798.597127.843.323.4101.65031.259396.697.496.4128.142.823.1101.650.331.259296.699.698121.142.653.110134.738.660994.39997.5123.342.845.610137.339.160295.1 132.1129.9146.841.939101.140.230.757997.4 129.8127.5149.842.629.510140.840.259095.7 128.2126.3151.442.72510144.243.257697.3 129.7127.6152.543.122.2101.146.944.357197.8 129.4127.6152.143.319.7101.249.333.557097.9 129127.215343.618.1101.351.138.356798.1 128.1126153.642.116.7101.452.63856698.2 127.5125.7153.743.115.6101.453.837.656498.4 128.8127154.343.614.6101.554.938.356298.4 122119.4153.542.414.2101.555.437.960599.5 123.2120.115342.514.1101.655.63860499.5 122119.3151.942.814.1101.655.738.160599.6 122.3119.8151.14313.9101.655.737.960299.7 123.3120.6150.243.113.6101.65637.960099.8 122119.7152.943.713.6101.656.43860299.8 123120.1151.842.613.7101.656.437.960099.8 127.2124.3138.442.743.4101.433.836.662396.3 127.8124.7140.742.836.7101.436.537.761597.8 127.1124.2141.442.732.2101.538.937.761098.3 127.7124.9142.843.128.8101.640.937.561098.8 126.9124.1143.54326.3101.742.737.760898.8 162.5158.9166.143.323.3101.84538.3591100.9 162158.5166.843.921101.94737.6589101.1 161157.7167.243.318.110249.337.9589101.2160.6156.9167.443.316.21025138.1588101.2 159.8156.3168.443.215102.152.338.6588101.2 159.7156167.942.614.5102.152.938.5586101.5 159.1155.5168.642.313.7102.253.938.2584101.6 160.3156.6167.942.813.3102.254.537.5583101.6 159.3155.8169.743.713.1102.254.937.8583101.6 157.7154.216943.312.6102.355.638.3584101.4 157.7154.1167.941.912.2102.356.137.6583101.4 159155.8168.242.511.9102.356.637.9582101.6 158.9155.216943.511.7102.456.838.2581101.6 158.7155.1167.143.311.1102.357.337.6580101.7 159.2155.7166.743.510.7102.45837.7580101.5 141.513816043.611102.457.538.1592101.7 142.4138.7159.843.711.7102.456.837.8592101.7 142.7139.4158.643.111.7102.456.438.1590101.7 141.9138.51594311.7102.356.138590101.7 142.1138.6159.443.111.6102.355.537.7590101.7 141.8138.2160.443.111.6102.355.338.1589101.8 140.7137.4159.142.811.6102.355.137.7590101.7 142.5139.1159.343.111.4102.35538.1590101.7 140.2136.8159.142.711.2102.355.237.8589101.7 139.8136.4160.743.211.5102.354.838.1590101.7 141.4137.9159.143.112.1102.354.637.5587101.7 141.5138159.643.112.2102.354.637.6589101.7 167.1162.9175.143.411.9102.35537.5577103.6 1671631754311.7102.355.538.2575103.8 167.5162.9175.543.211.4102.455.738.4576103.9 166.7162.6177.243.811.3102.455.937.5575103.8 167.3163.2175.844.411.1102.456.237.8577103.6 166.3162.3175.644.911102.456.538.3578103.5 165.8161.8176.444.710.9102.456.738579103.3 168.4163.9174.644.110.6102.456.937.6580103.3 165.2161.3176.243.910.8102.456.938.4578103.4 166161.9175.144.510.7102.456.938580103.3 165.8161.3164.842.431.1101.632.939.3604102.2 166161.6167.142.826.4101.736.138.8592103.7 166.6162.316943.223101.83937.1589104.6 167.4162.9170.243.219.6101.941.537.4588104.9 166.3161.7170.843.117.310243.837.5586105.1 88.187.2114.442.51510246.138.154597.3 87.987.411542.613.2102.147.238.154996.7 87.286.5115.342.512.3102.24837.954896.8 87.487.1114.74311.6102.248.837.854696.9 87.687.1115.14311.7102.349.537.754197.5 86.185.5113.642.511.1102.350.437.653498.4 88.187.1113.943.711.2102.350.637.355495.5 87.487.1114.744.210.9102.350.937.254596.7 87.58711544.310.8102.351.337.454396.8 86.885.9115.943.110.6102.351.23854396.8 86.786.1116.14210.2102.351.338.254397 85.885.3116.341.79.9102.352.138.354296.8 114.2113.5135.143.89.4102.35437.645298.4 113.3113134.643.88.7102.455.737.4438100.5 113.1113.3133.444.38.4102.557.137.845298 113113.2134.642.58102.558.137.845397.9112.1112135.342.77.6102.558.837.945297.7 112.2111.9134.743.27.6102.559.337.745397.9 111.6111.3135.143.37.2102.659.83844898.4 111.4111.9135.1437.1102.659.838.344399.2 112.1112.3135.242.7 6.9102.66038.644698.7排气背压　k进气负压　k记录时间进气温度　℃涡后温度　℃进水温度　℃出水温度　℃84.786.819537.30.7-0.12010-09-16 15:54:4879.280.419838.10.6-0.12010-09-16 16:09:4880.985.820038.20.7-0.12010-09-16 16:24:4940.258.520634.30.7-0.12010-09-17 09:39:25648121336.40.6-0.12010-09-17 09:49:2635.48121237.60.7-0.12010-09-17 10:16:4777.483.621938.21-0.12010-09-17 14:17:3078.381.922339.40.9-0.12010-09-17 14:32:3084.281.322440.11-0.12010-09-17 14:47:3045.581.532240.3 1.1-0.12010-09-17 14:57:30748332841.1 1.4-0.12010-09-17 15:07:3172.883.233041.4 1.5-0.12010-09-17 15:17:3156.581.629442 1.9-0.12010-09-17 15:32:3181.683.729441.6 1.7-0.12010-09-17 15:47:3138.580.829441.3 1.7-0.12010-09-17 16:02:3176.384.137542.8 2.5-0.12010-09-17 16:12:3177.98536540.6 2.3-0.12010-09-18 09:49:5135.381.738250.7 2.4-0.22010-09-19 16:13:0332.281.433342.6 2.7-0.42010-09-20 09:42:1134.881.533643 2.9-0.42010-09-20 09:57:1236.480.933643.73-0.32010-09-20 10:12:1244.778.338346.24-0.52010-09-20 10:22:1248.682.438046.5 4.1-0.52010-09-20 10:32:1250.382.537846.3 4.2-0.52010-09-20 10:42:1249.282.536448.4 5.8-0.92010-09-20 10:52:1259.383.236248.9 5.8-0.92010-09-20 11:02:1357.282.936048.2 6.2-0.82010-09-20 11:12:135882.936048.8 5.9-0.92010-09-20 11:22:1359.583.234043.86-12010-09-21 07:55:1850.382.634945.4 5.7-0.92010-09-21 08:05:1949.282.840247.38.5-1.32010-09-21 08:15:1955.182.839052.48.6-1.12010-09-21 13:55:5242.882.340454.38.4-1.12010-09-21 14:05:5246.982.441154.78.6-1.12010-09-21 14:15:5243.282.341455.58.6-1.32010-09-21 14:25:5244.682.341655.28.5-1.12010-09-21 14:35:5345.680.541555.98.3-12010-09-21 14:45:5347.982.541554.58.6-1.12010-09-21 14:55:5348.182.541655.98.4-12010-09-21 15:05:5358.683.238257.79.3-1.32010-09-21 15:15:5352.482.838057.59.5-1.32010-09-21 15:25:5352.582.837854.89.7-1.42010-09-21 15:35:545382.237855.49.7-1.22010-09-21 15:45:5456.482.837753.29.3-1.42010-09-21 15:55:5453.382.837856.69.6-1.42010-09-21 16:05:5453.382.837555.59.6-1.42010-09-21 16:15:5433.282.335742.89.9-1.62010-09-22 09:15:3736.782.436444.39.8-1.62010-09-22 09:25:3839.182.537145.69.5-1.42010-09-22 09:35:384182.537445.89.8-1.52010-09-22 09:45:3842.682.637646.19.5-1.52010-09-22 09:55:3843.382.843555.113.7-1.82010-09-22 10:05:3845.482.943749.513.7-1.92010-09-22 10:15:3844.182.74369413.6-1.72010-09-22 10:25:3942.581.443696.313.7-1.72010-09-22 10:35:3942.882.843552.313.7-1.82010-09-22 10:45:3943.582.943466.313.8-1.82010-09-22 10:55:39 43.882.943454.913.7-1.82010-09-22 11:05:39 4482.84336713.8-1.72010-09-22 11:15:40 44.18243451.813.7-1.92010-09-22 11:25:40 44.282.943349.513.6-1.82010-09-22 11:35:40 43.982.943148.213.5-1.82010-09-22 11:45:4043.782.943148.913.9-1.62010-09-22 11:55:4044.182.743349.813.7-1.82010-09-22 12:05:40 4481.643148.413.8-1.72010-09-22 12:15:41 44.382.943051.213.6-1.82010-09-22 12:25:41 41.582.739950.612.8-1.82010-09-22 12:35:41 41.282.739849.913-1.82010-09-22 12:45:41 4182.639749.712.9-1.72010-09-22 12:55:41 40.782.139848.712.9-1.82010-09-22 13:05:41 40.978.939952.413-1.72010-09-22 13:15:42 40.882.740052.812.7-1.82010-09-22 13:25:42 40.682.639949.312.8-1.72010-09-22 13:35:42 40.382.639949.413.1-1.92010-09-22 13:45:42 40.581.839949.312.7-1.82010-09-22 13:55:42 40.578.140151.712.8-1.82010-09-22 14:05:42 40.482.740049.512.9-1.82010-09-22 14:15:43 40.382.640151.312.7-1.72010-09-22 14:25:4342.582.94495216.5-2.12010-09-22 14:35:4343.882.844951.516.4-1.92010-09-22 14:45:4344.381.145053.417.1-2.22010-09-22 14:55:43 46.382.945154.116.1-2.22010-09-22 15:05:44 45.182.945051.516.6-2.12010-09-22 15:15:44 458345050.816.1-22010-09-22 15:25:44 45.182.945154.316.5-2.22010-09-22 15:35:44 45.381.744952.116.9-2.12010-09-22 15:45:44 49.183.345152.516.1-2.22010-09-22 15:55:44 45.682.945048.616.5-2.12010-09-22 16:05:45 5983.443340.416.9-2.32010-09-23 09:23:11 74.785.444242.916.7-2.22010-09-23 09:33:11 76.58544644.316.5-2.32010-09-23 09:43:11 76.4854494516.2-2.22010-09-23 09:53:12 76.38545147.916.2-2.12010-09-23 10:03:12 68.182.837343.45-0.62010-09-23 10:13:1270.183.237242.6 4.6-0.72010-09-23 10:23:1271.383.437243.2 5.2-0.62010-09-23 10:33:1272.883.537243.2 5.1-0.62010-09-23 10:43:13 77.183.937243.8 5.2-0.62010-09-23 10:53:13 8283.637043 5.2-0.62010-09-23 11:03:13 76.384.437143.6 4.9-0.72010-09-23 11:13:13 73.68437145.2 5.1-0.72010-09-23 11:23:13 73.483.937145.3 5.1-0.72010-09-23 11:33:1473.183.937044.45-0.62010-09-23 11:43:1474.284.237046.8 5.2-0.62010-09-23 11:53:14 72.983.536946.2 4.9-0.62010-09-23 12:03:14 78.984.445346.4 5.3-0.72010-09-23 12:13:14 83.284.245545.2 5.4-0.72010-09-23 12:23:15 61.782.745244.7 5.6-0.62010-09-23 12:33:15 69.583.945045.4 5.5-0.72010-09-23 12:43:1568.483.445045.6 5.6-0.62010-09-23 12:53:1569.483.645045.4 5.6-0.72010-09-23 13:03:15 74.58444945.7 5.5-0.72010-09-23 13:13:15 80.783.744846.3 5.6-0.72010-09-23 13:23:16 82.387.344746.7 5.6-0.72010-09-23 13:33:16。