1.(3). CAS-1 Lunar Soil Simulant was developed successfully. The comparison in petrological, mineralogical, and geochemical composition of CAS-1 and lunar sample shows that CAS-1 is simular with the lunar materials sampled at Apollo 14 landing site.
(3) 成功研制了CAS-1模拟月壤,岩石学、矿物学和地球化学的对比表明,CAS-1模拟月壤与Apollo 14登月点月壤相似。
2.Thecell can be expressed as follows:(+)Mo,W+WS_2/CaS(TiS_2)/[S],Mo cermet(-). The experimental results show that CaS(TiS_2) exhibits ionic conduction behaviour predomina-ntly,Having good chemical stability and thermal shock resistance at 1400℃.
实验所用的电池可以表示为 (+)Mo,W+WS_2|CaS(TiS_2)|[S],Mo金属陶瓷(一) 实验结果表明:在实验条件下,CaS(TiS_2)主要表现为离子导电,其化学性能稳定并具有较高的抗热震性,能满足含碳铁液测硫活度的要求。
3.cm-1. The molar ratio of the components in this complex is found to be Al(Ⅱ) : CAS : Zn( Ⅱ ) : HOx=2 : 6 :3 : 3 which corresponds to the molecular formula of [AL(CAS)3]2[ZnHOx]3. Based on this study,a method for the determination of aluminium is established and satisfactory analytical results are obtained when applied to the analysis of Rare earth bearing samples.
配合物中各组分的摩尔比Al:CAS:Zn:HOx=2:6:3:3,相应的分子式为[Al(CAS)_3]_2[ZnHOx]_3。 反应曾用于稀土样品中铝的测定,取得了比较满意的结果。
4.WAVE EQUATION IMAGING BY Cas-Cas TRANSFORM
Cas－Cas变换波动方程成像算法
5.3) Evaluated several baseline algorithms and systems based on CAS-PEALWe realized two baseline face recognition algorithms (Eigenface and Correlation) and two outstanding business systems. Based on the CAS-PEAL database, we tested the performance of each system.
(3)典型人脸识别算法在CAS-PEAL人脸库上的性能评测我们对两个人脸识别基准算法(Eigenface、Correlation)和两个优秀的人脸识别商业系统分别进行了实现,并在CAS-PEAL人脸数据库和性能评测方法的基础上,对这两个识别算法和两个识别系统进行了综合的性能评测。
6.Then the theory of Complex Adaptive System (CAS) and its research method, called agent-based modeling&simulation (ABMS) methodology are introduced. The applications of ABMS in several fields are also stated and agent-based modeling method is discussed in depth.
然后介绍了霍兰教授提出的复杂适应系统(CAS)理论,并分析、阐述了CAS的研究方法??基于Agent的建模仿真方法学及其应用情况,对基于Agent的建模方法进行了比较深刻的论述。
7.The processing of DTMF signals in CID service includes the generation of CAS signal and the detection of ACK signal.
CID业务流程中涉及到的DTMF信号包括CAS信号和ACK信号,具体的信号处理任务是实现CAS信号的波形产生和ACK信号的波形检测。
8.The micro_expansive agent is made up of fly ash, CAS and FSL(content of gypsum range). The experiment has shown that the concrete incorporating fly ash, expansive agent (CAS and FSL) for substituting a part of cement can produce delayed expansion.
研究了以粉煤灰、氟石膏摊平剂FSL的适宜组分组成的微膨胀剂和石膏系膨胀剂CAS替代部分水泥使混凝土产生延时膨胀的作用 ,通过控制微膨胀剂对混凝土的延时膨胀 ,使其与混凝土的温度变形相匹配 ;
9.At 298K,the adsorption rate constants for CAS and DTCS was k =1 758h -1 and k =10 32h -1 ,respectively. Apparent kinetic equation and some thermodynamic parameters were got in this paper. Characteristics of CAS and DTCS and adsorption mechanism were studied by IR,elemental analysis and adsorption equilibrium experiments.
2 98K时 ,CAS和DTCS的吸附速率常数分别为k =1 75 8h- 1 和k =1 0 32h- 1 .根据对吸附行为的研究得到了表观动力学方程和热力学参数 ,并藉助IR和元素分析及吸附平衡研究了吸附机理
10.The oxidation of CaS was studied in the temperature range of 970~1150℃ under O2 atmosphere with different O2 concentrations. Experiments were carried out by a Metteler Toledo TGA instrument under isothermal condition and the exhausted gas was analyzed by the infrared spectral method.
采用热重等温实验研究了970~1150℃内CaS的氧化反应特性,利用红外光谱仪定量分析反应析出SO2气体,通过亚甲基蓝分光光度法测定固体残留物中CaS的含量。
