1.
Large and transparence crystais of APNP were grown by the solution cooling methed from organic solvent(7.5%acetonitrile and benzene mixture solution).
用溶液降温法在7．5％乙睛的苯溶液中生长出了块状的透明晶体。
2.
Test of Vacuum Filter Solution Temperature Drop in Wet-Process Phosphoric Acid Production
湿法磷酸生产中真空过滤溶液温降测试
3.
Experimental study on temperature characteristics of solution vacuum freeze process
溶液真空冻结过程降温特性的实验研究
4.
Preparation of ZnO Films by Aqueous Solution Chemical Method at Low Temperature;
ZnO薄膜低温水溶液化学法制备研究
5.
Study on the structure and mechanical properties of SBR prepared by high temperature solution copolymerization
高温溶液法制备SBR的结构和性能研究
6.
Synthesis of Copper Nanowires in Aqueous Solution at Ambient Temperature
室温水溶液法制备铜纳米线(英文)
7.
Method of Reducing Temperature-rise of Hydraulic System EBZ200A Roadheader
降低EBZ200A型掘进机液压系统温升的方法
8.
Study on Degradation of Aqueous Methyl Orange Solution with Ultrasonic Assisted Fenton Reagent;
超声波促进Fenton法降解甲基橙溶液的研究
9.
Photocatalytic Degradation of Phenol Solution with TiO_2 Membrane Perpared by LPCVD
用LPCVD法制备TiO_2薄膜光催化降解苯酚溶液
10.
On-line Real-time Measuring of Sodium Aluminum Solution on Three-temperature Three-conductivity Method;
基于三温三电导法的铝酸钠溶液在线实时测量
11.
low temperature solution polycondensation
低温溶液缩聚[作用]
12.
Warm the solution until it is effervescing vigorously.
加温溶液直到猛烈起泡。
13.
Studies on the Degradation of Chitosan and Intrinsic Viscosity Determination of Polymer Solution;
壳聚糖降解及高分子溶液特性粘度测定方法的研究
14.
The Phase Transition Behaviors of Macromolecules in Solutions Investigated by Microcalorimetry
微量量热法研究温敏大分子在溶液中的相变行为
15.
The presence of a nonvolatile solute in a liquid always lowers the vapor pressure of the solution.
溶液中存在的非挥发性溶质，总是使溶液的蒸气压降低。
16.
METHOD: Ointment bases first was firstly disolved with isopropyl myristate and then the test preparation was prepared with polysorbate80 as emulsifier.
方法：采用十四烷酸异丙酯溶介非水溶性基质，再以吐温-80为乳化剂制备供试液。
17.
EFFECTS OF SURFACTANTS ON PHOTODEGRADATION OF DISSOLVED ANTHRACENE
表面活性剂存在下水溶液中溶解态蒽的光降解
18.
The alkaline solution may help to reduce acidity.
碱性溶液有助于降低酸度。