CH011

疾病名称
儿科癌病 儿科虫病（小儿蛔虫病） 儿科虫病（小儿绦虫病） 儿科虫病（小儿钩虫病） 儿科虫病（小儿蛲虫病） 儿科虫病（小儿囊虫病） 儿科虫病（小儿丝虫病） 儿科虫病（小儿血吸虫病） 儿科虫病（小儿姜片虫病） 儿科瘤病 儿科时行病（麻疹病） 儿科时行病（水痘病） 儿科时行病（白喉病） 小儿感冒病 奶麻病 风痧病 丹痧病 痄腮病 顿咳病 软脚瘟病 小儿疫毒痢病 疰夏病 夏季热病 胎黄病 赤游丹病 脐风病 济湿病 脐血病 脐突病 小儿咳嗽病 肺炎喘嗽病 哮喘病 鹅口疮病 小儿口疮病 小儿乳蛾病 厌食病 积滞病 疳病 小儿呕吐病 小儿腹痛病 小儿泄泻病 小儿脱肛病 小儿痫病 惊风病 急惊风病
子肿病 子满病 子晕病 子痫病 子悬病 子病 子嗽病 子淋病 转胞病 难产病 胞衣不下病 孕痈病 月经先期病 月经后期病 月经先后无定期病 月经过多病 月经过少病 经期延长病 痛经病 经间期出血病 闭经病 崩漏病 经行乳房胀痛病 经行发热病 经行头痛病 经行眩晕病 经行身痛病 经行口糜病 经行风疹块病 经行吐衄病 经行泄泻病 经行浮肿病 经行情志异常病 绝经前后诸病 瘕病 阴挺病 脏躁病 不孕病 阴痒病 阴疮病 阴吹病 热入血室病 创伤病 骨折病 骨伤科瘤病 伤筋病
ZYB SZB YSB YSB RLB SLB QLB XLB GLB LLB RMNB NZB NXB YNB LBB GGB SSB YTB YJB MYB HJB ZXB YWB EMAELB EMB ELB NKQTBJQB NSFRB XLB WB HB ZHB DHB TFB XKB FSBB BB GBB JBB MTB MTB CB JFB JWB WB BB
LZB LJFB WWB TBNSB XBNSB FBNSB SSCXB SSTTB SHFRB SSHJB SHLBB SSWRMMB SSXYB SSCKB CBHCB CBNCB CBGCB CBNCB CBJPCB CBSCB CBXXCB CBTCB KSB WGKSB NSKSB FWB FYB XB CB BCB FZB FLB LXB BNB SYB FSB XTB HDB YHB YHB JHB WHB JJB JB JB GZB

原确定
45 PU031 民族主义与族群政治 2
社会科学
原确定
46 PU032
西方福利国家研究
2
社会科学
原确定
47 PU033
现代城市发展论
2
社会科学
原确定
48 PU099 当代美国外交决策实例 2
社会科学
原确定
49 PU101
现代日本政治
2
社会科学
原确定
50 SO029
社会心理学
2
社会科学
原确定
51 WA001
新确定
√
101 SO120
社会学
2
社会科学
新确定
√
102 AM007
电子商务基础
2
社会科学
新确定
√
网络环境下的文科信息
103 AM016
检索
2
社会科学
新确定
√
104 AM021
工程技术管理
2
社会科学
新确定
√
105 AM030 国学与领导力发展
2
社会科学
新确定
√
106 AV001
航空航天概论
2 自然科学与工程技术 新确定
新确定
123 BM099
认知科学与语言
2
人文学科
新确定
124 CH010
清代文祸与文化
2
人文学科
新确定
中国传统经典的阅读与
125 CH029
翻译
2
人文学科
新确定
126 CH037
唐诗讲读
2
人文学科
新确定
127 CH043 中国现代文学与文化 2

User GuideCH536Service terminalRT-SVU011A-GBNavigationControlThe interface has six buttons to navigate on Service Terminal (see Fig.1)1. Alarms2. Prg = Program3. Esc = Escape4. Up5. Enter6. DownMapThen to enter a sub-section from “Menu Selection” page, please use Enter.CommissioningSetpoints - TemperatureMinimum offset between cooling and heating setpoints is 2°C, to allow automatic switch-over.Thus locally, the heating setpoint can be set in range [15°C ; 33°C]Fig.1Cooling setpoint can be set in range [17°C ; 35°C]Setpoints-Temperature menu gives information of active temperature based on priority arbitration, from top priority “BAS“ to bottom one “Local”.Setpoints – FreshAirThe fresh air rate can be locally set. This setting is then used in occupied mode.In unoccupied mode, the fresh air rate is 0%.Like temperature setpoint, information is provided on active setpoint and priority arbitration. Setpoints - Unit ModeThe available local settings areAuto: unit can run in cool or heat depending on zone temperature. The switch over is automatic.Cool: unit run in cooling mode onlyHeat: unit run in heating mode onlyAux Heat: unit run in heating mode only, with auxiliary heating only.Fan Only: unit run in ventilation only (no cool or heat)Conv Th: unit control is let to conventional thermostat interfaceTest: unit mode only accessible to Service TechnicianSchedulerThe scheduler feature allows programming on a weekly basis, with maximum 4 time bands per day.Example:In the Scheduler menu, you will also find the capability to copy the setting of one day to another one.Then when the program is entered, you have to “Enable” the scheduler control.ClockDate and time can be modified through the ad-hoc menuThose internal date and time are used for Scheduler.Air FlowTwo modes are available for Air Flow on supply side.Either Constant Air Volume: blow supply air at nominal value.Or Variable Air Volume: modulate supply air depending on cooling/heating load.The mode selection can be done on cooling or heating modes independently.FilterAn internal time counter is included to monitor the filter usage.This time counter can be locally reset.Custom Inputs and OutputsThe Custom Inputs and Outputs allows visualization of physical state of I/O (in percentage).Alarms and warningsTo scroll the alarms in “Alarm” or “Alarm Hist” pages, please use Up and Down buttons. To scroll the warnings in “Warning” or “Warning Hist”, please use Up and Down buttons.List of AlarmsDisplay ID Name DescriptionReset Comment 1 Man_Fail_1A Compressor fault (Digital Input) >2s Manual Set Al_Fail_1A to 1 2 Man_Fail_1B Compressor fault (Digital Input) >2s Manual Set Al_Fail_1B to 1 3 Man_Fail_2A Compressor fault (Digital Input) >2s Manual Set Al_Fail_2A to 1 4 Man_Fail_2B Compressor fault (Digital Input) >2sManual Set Al_Fail_2B to 1 5 Man_fail_HP1 3 HighDischargePressure events (unload 1 CMP) within 1 hour or 4 within 2 hoursManual Stop circuit 1 6 Man_fail_HP2 3 HighDischargePressure events (unload 1 CMP) within 1 hour or 4 within 2 hoursManual Stop circuit 27Man_fail_HPC_cou nt14 HighPressure Cut-out events on circuit1ManualStop circuit1Counter reset may be done anytime through ServiceTerminal 8 Man_fail_HPC_cou nt24 HighPressure Cut-out events on circuit2 Manual Stop circuit2Counter reset may be done anytime through ServiceTerminal9 Man_fail_involute1 CIPD fail (18.6bars during 30mn or 25.5bars - see CMP spec)Manual Stop circuit1 with pumpdown 10 Man_fail_involute2 CIPD fail (18.6bars during 30mn or 25.5bars - see CMP spec)Manual Stop circuit2 with pumpdown 11 Man_fail_LP1 3 Low Suction Pressure events within 1 hourManual Stop circuit1 with pumpdown 12 Man_fail_LP2 3 Low Suction Pressure events within 1 hourManual Stop circuit2 with pumpdown 13 Man_fail_LowSH_A 3 Low SuperHeat events within 1 hour on circuit1Manual Stop circuit1 without pumpdown 14 Man_fail_LowSH_B 3 Low SuperHeat events within 1 hour on circuit2Manual Stop circuit2 without pumpdown 15 Man_fail_5times_E DT_C13 CMP High Discharge Temp (131°C) events within 3h30mn on circuit1 Manual Stop circuit1 with pumpdown 16 Man_fail_5times_E DT_C23 CMP High Discharge Temp (131°C) events within 3h30mn on circuit2Manual Stop circuit2 with pumpdown 17 Man_OAD_MechO verload_3times 3 mechanical overloads on OA Damper within 1 hourManual18 Man_LowTemp_H WCLow Temperature on Hot Water Coil while unit is On and runningManual Protection from frost20 Al_Fail_1A Compressor fault (Digital Input) <2s Auto CMP1A not available anymore, and immediate stop 21 Al_Fail_1B Compressor fault (Digital Input) <2s Auto CMP1B not available anymore, and immediate stop 22 Al_Fail_2A Compressor fault (Digital Input) <2s Auto CMP2A not available anymore, and immediate stop 23 Al_Fail_2B Compressor fault (Digital Input) <2s Auto CMP2B not available anymore, and immediate stop 24 Al_fail_hpc1 High Pressure Cut-out on circuit1 Auto Stop circuit1 25 Al_fail_hpc2High Pressure Cut-out on circuit2 Auto Stop circuit226 Al_Fail_Low_Diff_P res1Low Differential Pressure on circuit1 Auto Stop circuit1 without pumpdown 27 Al_Fail_Low_Diff_P res2Low Differential Pressure on circuit2 Auto Stop circuit2 without pumpdown 28 Al_Fail_LP1 Low Suction Pressure on circuit1 Auto Stop circuit1 with pumpdown 29 Al_Fail_LP2Low Suction Pressure on circuit2 Auto Stop circuit2 with pumpdown 30 Al_Fail_OD_Fan_ck t1Fault on OD Fan(s) circuit1 (EC or AC) Auto Stop circuit1 with pumpdown 31 Al_Fail_OD_Fan_ck t2Fault on OD Fan(s) circuit2 (EC or AC) Auto Stop circuit2 with pumpdown32 Al_Maint_Comp1 Running time/starts of CMP1A requires maintenanceAuto Do not stop compressor, but Alarm highlighted 33 Al_Maint_Comp2 Running time/starts of CMP1B requires maintenanceAuto Do not stop compressor, but Alarm highlighted 35 Al_Maint_Comp3 Running time/starts of CMP2A requires maintenanceAuto Do not stop compressor, but Alarm highlighted 36 Al_Maint_Comp4 Running time/starts of CMP2B requires maintenanceAuto Do not stop compressor, but Alarm highlighted 37 Al_HighDscgTempI DFanSupply Air temperature above max limit in heating modeAuto Stop compressors without pumpdown, Aux Heat and Supply Air38Al_LowDscgTempI DFanSupply Air temperature below min limit in cooling modeAutoStop compressors without pumpdown and Supply Air39 Al_Offline_OD1_EC 1Modbus communication fault of Fan1 circuit1Auto Prevent loading more compressors on circuit 1 40 Al_Offline_OD1_EC 2Modbus communication fault of Fan2 circuit1Auto Prevent loading more compressors on circuit 1 41 Al_Offline_OD2_EC 1Modbus communication fault of Fan1 circuit1Auto Prevent loading more compressors on circuit 2 42 Al_Offline_OD2_EC 2Modbus communication fault of Fan2 circuit1Auto Prevent loading more compressors on circuit 2 43 Al_Offline_OADam perModbus communication fault of OA Damper motorAuto none 44 Al_OADamper_Faul tInternal Alarm of OA Damper motor Auto45 Al_LowSH_C1 Low Superheat on circuit 1 Auto Stop circuit1 without pumpdown 46 Al_LowSH_C2 Low Superheat on circuit 2Auto Stop circuit2 without pumpdown 47 Al_fail_EDT_C1 CMP High Discharge Temperature (estimated) (131°C) on circuit1 Auto Stop circuit1 with pumpdown 48 Al_fail_EDT_C2 CMP High Discharge Temperature (estimated) (131°C) on circuit2Auto Stop circuit2 with pumpdown49 Al_Offline_ID1 Modbus communication fault of supply fan1Auto No specific action for Communication Loss Force speed to 0 in case of Internal Fault=> at anytime, we check SupplyFan speed is between 40% and 100% of Nominal speed, if not we stop compressors, Aux Heat and close OA Damper 50 Al_Offline_ID2 Modbus communication fault of supply fan2Auto 51 Al_Offline_ID3 Modbus communication fault of supply fan3Auto 52 Al_fail_ID_Fan1 Internal Alarm of Supply Fan 1 Auto 53 Al_fail_ID_Fan2 Internal Alarm of Supply Fan 2 Auto 54 Al_fail_ID_Fan3 Internal Alarm of Supply Fan 3 Auto 55 Al_LowAirAmbient OAT below - 17°CAuto Stop circuits1&2 without pumpdown 56 Al_HighAirAmbient OAT above 25°C in heating mode Auto Stop circuits1&2 without pumpdown 57 Al_EXVDriver_notR eadyEXV driver not ready (software)Auto Stop circuits1&2 without pumpdown 58 Al_Cust_Emergenc yStopEmergency Stop signal from Customer Option moduleAuto Stop every actuator, close the OA Damper 59 Al_Offline_custOpt Modbus communication fault of Customer Option ModuleAuto Impact depends on Customer Option Selection 60 Al_Cust_Firestat Firestat signal from Customer Option moduleAuto Stop every actuator, close the OA Damper 61 Al_Offline_ERM_Ex haustFanModbus communication fault of Exhaust Fan (EC Fan in case of ERM)Auto 62 Al_Offline_pcoe_E RMModbus communication fault of ERM extension module Auto 63 Al_ExhaustFanAC_F aultFault on Exhaust Fan (AC)Auto 64 Al_Offline_ExtMod ule1Modbus communication fault of Extension Module1 (AuxHeat,…)Auto65 Al_LowTemp_HWC Low Temperature on Hot Water Coil while unit is Off (but powered-on)Auto Hot water coil protected by std-by mode 66 Al_FullCmpFault Default on 4 compressor inputs OR "phase inversion detected"Auto Compressors can not be started 67 Al_Present_ERM_E xhaustInternal Alarm of Exhaust Fan (EC Fan in case of ERM)Auto 68 Al_Present_Return Fan1Internal Alarm of Return Fan 1 Auto 69 Al_Offline_ReturnF an1Modbus communication fault of Return Fan1Auto 70 Al_Present_Return Fan2Internal Alarm of Return Fan 2 Auto 71 Al_Offline_ReturnF an2Modbus communication fault of Return Fan1Auto 72 Al_Offline_RADam per_MBModbus communication fault of RA Damper motorAuto 73 Al_RADamper_Faul t_MBInternal Alarm of RA Damper motor Auto74 Al_Fail_AuxHeat Aux Heat Fault input (thermostat auto or manual)Auto Automatic retry after 15mn 75 Al_Fail_Smoke Smoke Detector Input (on extension module 1)Auto Manual reset on Head Detector 76Al_AuxHeat_MinAir FlowID fan air flow below a given level (config) - Elec heaters protectionAutoList of WarningsNameDescription CommentWarning_Ventilation_EmergencyWarning_Econ_FC_sensors_Fault Indicates that Economizer can not be used (fault on OAT or RAT sensors)Wrng_CO2_Sensor Indicates that CO2 sensor value is out of range ([1 ; 2100 ppm]) DCV control downgraded to Fixed VentilationWrng_OAT_Sensor Indicates that outdoor temperature sensor is out of range ([-30 ; 80 °C])Stop circuits1&2 without pumpdown Wrng_RAT_Sensor Indicates that return temperature sensor is out of range ([-30 ; 80 °C])Wrng_OAH_Sensor Indicates that outdoor humidity sensor is out of range ([0.1 ; 100 %])Wrng_RAH_Sensor Indicates that return humidity sensor is out of range ([0.1 ; 100 %])Wrng_ZoneTemp_Sensor Indicates that Zone Temperature Info is out of range ([-10 ; 50 °C)no action. In arbitration, last resource is RATWrng_MAT_Sensor Indicates that mixed temperature sensor is out of range ([-30 ; 80 °C])Stop circuits1&2 without pumpdown Econ_DCV_CO2_Input_Fault Indicates that CO2 information is out of range DCV control downgraded to Fixed VentilationBitBoxMode_En Indicates that controller is in Bitbox modesensor values coming from bitbox Queue_Status_MBM Indicates that Modbus communication is jammedSuctPressure_Sensor_C1 Indicates that Suction Pressure sensor is out of range ([0 ; 20 bars])Stop circuit 1 without pumpdown SuctTemp_Sensor_C1 Indicates that Suction Temp sensor is out of range ([-50 ; 105 °C])Stop circuit 1 without pumpdown SuctPressure_Sensor_C2 Indicates that Suction Pressure sensor is out of range ([0 ; 20 bars])Stop circuit 2 without pumpdown SuctTemp_Sensor_C2 Indicates that Suction Temp sensor is out of range ([-50 ; 105 °C])Stop circuit 2 without pumpdown DisPressure_Sensor_C1 Indicates that Discharge Pressure sensor is out of range ([1 ; 46 bars])Stop circuit 1 without pumpdown DisPressure_Sensor_C2 Indicates that Discharge Pressure sensor is out of range ([1 ; 46 bars])Stop circuit 2 without pumpdown Hold_CIPD_C1 Indicates that circuit 1 is in hold due to CIPD limitprevent loading more compressors on circuit1Unload_CIPD_C1 Indicates that circuit 1 reached unloading limit due to CIPD unload one compressor on circuit 1 Hold_CIPD_C2 Indicates that circuit 2 is in hold due to CIPD limitprevent loading more compressors on circuit2Unload_CIPD_C2 Indicates that circuit 2 reached unloading limit due to CIPD unload one compressor on circuit 2 Hold_EDT_C1 Indicates that circuit 1 is in hold due to discharge temperature limitprevent loading more compressors on circuit1Unload_EDT_C1 Indicates that circuit 1 reached unloading limit due to discharge temperatureunload one compressor on circuit 1 Hold_EDT_C2 Indicates that circuit 2 is in hold due to discharge temperature limitprevent loading more compressors on circuit2Unload_EDT_C2 Indicates that circuit 2 reached unloading limit due to discharge temperatureunload one compressor on circuit 2 Hold_HDP_C1 Indicates that circuit 1 is in hold due to discharge pressure limit prevent loading more compressors on circuit1Unload_HDP_C1 Indicates that circuit 1 reached unloading limit due to discharge pressureunload one compressor on circuit 1 Hold_HDP_C2 Indicates that circuit 2 is in hold due to discharge pressure limit prevent loading more compressors on circuit2Unload_HDP_C2 Indicates that circuit 2 reached unloading limit due to discharge pressureunload one compressor on circuit 2 Hold_LowSupplyAir Indicates that supply Air reached Hold limitprevent loading more compressors on unit Unload_LowSupplyAir Indicates that supply Air is unloading compressor due to low supply airunload one compressor on unit Hold_HighSupplyAir Indicates that supply Air reached Hold limitprevent loading morecompressors/AuxHeat on unitUnload_HighSupplyAir Indicates that supply Air is unloading compressor/AuxHeat due to high supply airunload one compressor/AuxHeat on unit IDCoil_Defrost_ReqIndicates that Indoor coil is requesting defrostAsk for compressors stop and let run ID FanIDCoil_Defrost_On Indicates that Indoor coil is in defrost sequence keep compressors off and let run ID Fan THP04_Offline Indicates Modbus communication fault on THP04Wrng_HWCT_sensor Indicates that HWC temperature sensor is out of range ([-30 ; 80°C])Open Hot Water coil at 50%Wrng_Clogged_Filter Indicates that Pressure drop on filter is high (triggered) indication on displayTrane optimizes the performance of homes and buildings around the world. A business of Ingersoll Rand, the leader in creating and sustaining safe, comfortable and energy efficient environments, Trane offers a broad portfolio ofadvanced controls and HVAC systems, comprehensive building services, and parts.For more information, visit .Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice.© 2016 Trane All rights reservedRT-SVU011A-GB_1216New。

酸溶木素含量B以每1L中的质量（克）表示：
B A D 105
.
24
ZHE JIANG A & F UNIVERSITY
ZAFU
式中： A —— 吸收值； D —— 滤液的稀释倍数； 105—— 吸光系数，L/g.cm。
X BV 100 1000W0
原料中酸溶木素含量X，以质量百分数表示： 式中：V —— 滤液总体积，ml；
3、MWL的性质：
1、淡黄色粉末。 2、酚羟基增多，α-羟基增多。 3、分子量变低
.
17
ZHE JIANG A & F UNIVERSITY
ZAFU
七）、木素与溶剂间有反应的有机溶剂木 素分离方法
①有机溶剂+无机 试剂（催化剂）
乙醇+HCl 二氧六环+HCl 硫代醋酸+HCl 温和氢化
乙醇解木素 二氧六环酸解木素 硫代醋解木素 氢解木素
20世纪初Klasson木素定量法的发明、木素起源于松
柏醇学说的提出、30年代木素模型物研究方法的开
发、40年代木素醇解试验以及50年代的脱氢聚合实
验等研究工作取得了非常大的成绩，到1980年木素
结构基本研究清楚了。 .
2
ZHE JIANG A & F UNIVERSITY
ZAFU
木素是仅次于纤维素的、最丰富的天然高 分子有机物，木素存在于裸子植物、被子 植物和所有维管植物中（热带的桫椤除 外），估算全世界每年约可产1500亿吨， 木素含碳量高，蕴藏着丰富的化学能。
主要有三种：
酮 酸氨 木:(木 素 H [N2S素 aO 4、 O/H ： H H2SC 或 O 4l/C 混(uN合 H 3)4酸 (OH ） )3],(碳 用 （水 得 碳化 最 水合 广 化物 。 /合 溶的 物 ） 解 过碘酸盐木 N3aH素 2IO6： ),(碳 （水化合物的 ，氧 溶化 解