• 基本释义

1.silver iodide
碘化收藏指正
2.Unlike dry ice pellets, the particles of silver iodide do not evaporate when released.
与干冰粒不同,碘化微粒在投放时并不蒸发。收藏指正
3.It is shown that, silver on silica gels is still in the form of silver nitrate. After absorbing iodine, the products mainly consist of silver iodide AgI and silver iodate AgIO_3. Under our experimental conditions, the mole ratio between AgI and AgIO_3 is about 3:1.
结果表明,附硅胶中的仍以AgNO_3形式存在,吸碘后的反应产物有Agl和AgIO_3,在本实验条件下,其中AgI与AgIO_3的摩尔比大约为3:1。收藏指正
4.This article analyses the emulsion preparation patents of silver halide photographic materials in American Chemical Abstracts,especially the patents applied by Eastman Kodak and Fuji companies in recent years,and comcludes that the patents mainly cover the preparation of AgCl- rich silver halide tabular grain emulsions,introduction of line dislocation to tabular grains and adding method of silver iodide.
通过分析《美国化学文摘》中关于盐照相材料的乳剂制备专利,了解到近几年柯达、富士等公司申请的专利主要涉及富氯卤化 T-颗粒乳剂的制备、在 T-颗粒上引入线性位错和碘化补加方法。收藏指正
5.Release of silver iodide (AgI) into an existing supercooled cloud (i.e., air temperature between -39 and -5 celsius) can convert water vapor to ice crystals, which is called sublimation.
将碘化播洒至已形成的过冷却云中(既空气温度在-39摄氏度—-5摄氏度)能将水汽转化为冰晶,这个转化过程被称为凝华。收藏指正
6.The results show that no matter the seeding agent is silver iodide(AgI) or liquid carbon dioxide(LC),the seeding effect in the region of maximum supercooled water(temperature range: 0—-10℃) is better than that in the region of maximum updraft(temperature range: 8—-7℃);
结果表明,无论播撒剂为碘化(AgI)还是液态CO2(LC),在最大过冷水区播撒均比在最大上升气流区播撒效果好。收藏指正
7.Study on the Structure and Properties of Silver Halide Emulsion Microcrystals Ⅱ. STEM-EDS Determination of Iodide Content and Distribution in Single Tabular Grains
卤化乳剂微晶体的结构与性能研究 Ⅱ STEM-EDS法测定扁平颗粒的碘含量及分布收藏指正
8.Their micro-structure analyses in the microaneas of a crystal were determined by combination of scanning transmissive electron microscopy (STEM) and energy dispersive X-ray spectrometer (EDS). The dielectric losses of tabular silver crystals with different structures and tabular silver halide crystals having the same structure, but with various amount of iodide ions were examined.
用电子显微镜和X射线能谱仪相结合的方法,对单个晶体进行了微区微观结构分析,测定了碘离子在三种不同结构的片状颗粒中的分布,并测量了不同结构片状颗粒的和同一结构不同碘含量的片状颗粒的介电损耗。收藏指正
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