1.
Study on Properties and Color of Low-Temperature Selenium and Cadmium Glaze Influenced by Base Glaze's Composition
基釉组成对低温硒镉红釉理化性能及呈色效果影响的研究
2.
Among the types of porcelain found at the site are wares with bluish white, egg-shell white, white, black, and blue-and-white glazes, as well as under-glaze red wares and low temperature fired colored porcelains.
在釉色品种上,有青白釉器. 卵白釉器、白釉器、黑釉器、青花、釉里红和低温彩瓷等。
3.
Synthesis and Characterization of CdSe Quantum Dots and Its Encapsulation in SiO2;
低温水热法制备壳/核型硒化镉量子点及其性能研究
4.
The Development of Talc frit Glaze with In- glaze- decoration at Low Temperature
仿滑石瓷釉的研制——用于低温釉中彩装饰
5.
Growth of CdSe Single Crystals and Room Temperature Nuclear Radiation Detectors;
硒化镉（CdSe）单晶体生长及其室温核辐射探测器
6.
Fabrication of Cadimum Selenide(CdSe)Room Temperature Nuclear Radiation Detector;
硒化镉（CdSe）室温核辐射探测器的制备研究
7.
Surface Electrode Studies of the Cadmium Selenide Room Temperature Nuclear Radiation Detector;
硒化镉室温核辐射探测器的表面电极研究
8.
The Tang tri-colored glazed pottery is a low-melting glaze pottery.
唐三彩是一种低温釉陶器，
9.
Preliminary Studies of Jingdezhen s Low Temperature Yellow-Glaze from Ming and Qing Dynasty;
明清以来景德镇低温黄釉的初步研究
10.
Investigation on nanosized fuse-promoting adhesives of super low temperature ceramics glaze
陶瓷超低温釉纳米助熔粘接剂的研究
11.
H_2O_2 Sensor Based on Hemoglobin/CdSe Quantum Dots Multilayer Films
基于血红蛋白/硒化镉量子点多层膜的H_2O_2生物传感器
12.
cadmium-telluride high temperature infrared fire detector
碲化镉高温红外火情探测器
13.
The Applicational Study of Tremolite in the Quick Firing Tiles at Low Temperatures
透闪石在低温快烧釉面砖中的应用研究
14.
Study on the Low-temperature Opacified Glaze and Its Opacifying Mechanism;
低温烧成乳浊釉的研究及乳浊机理探讨
15.
The Effect of Low Temperature and Selenium on Growth and Biochemical Indexes of Breeding Ducks in Cage;
低温和硒对笼养蛋雏鸭生长及生化指标的影响
16.
Effect of Selenium on Antioxidant System in Radish Seedlings under Low Temperature Stress
低温下硒对萝卜幼苗抗氧化系统的影响
17.
low temperature infrared emission detecting instrument
低温红外线发射探测仪
18.
Investigation on Microstructure and Properties of Low Silver-Containing Cadmium-Free Intermediate Temperature Brazing Filler Metals;
新型低银无镉中温钎料组织性能的研究