silver iodide

1. While cloud seeding has existed for some time it is not considered a safe way of creating rainclouds because it involves filling the atmosphere with small particles such as dry ice and silver iodide.
   虽然云的催化技术已存在一段时间了，但一般认为制造雨云不太安全，因为这需要向大气中喷洒像干冰和碘化银这样的小粒子。
2. Physicist Jerome Kasparian, of the University of Geneva, said: The laser can run continuously, you can aim it well, and you don't disperse huge amounts of silver iodide in the atmosphere.
   日内瓦大学的物理学家热罗姆-卡斯帕里安说：激光能持续发射，可以很好地瞄准，这样我们就不需要向大气喷洒大量的碘化银了。
3. You can also turn the laser on and off at will, which makes it easier to assess whether it has any effect. When you disperse silver iodide into the sky, it is very hard to know whether it would have rained anyway, Kasparian added.
   你可以随时开关激光，这样就能更容易地评估它是否有效了。而在天空中喷洒碘化银则很难判断其降雨效果。
4. Aircrafts fly above and beside the storm clouds and drop tiny silver iodide crystals into them, triggering rainfall.
   飞机飞行于风暴云之上及其周围，向风暴云中撒播碘化银晶粉以激发降雨。
5. Cloud seeding works by encouraging moist air to turn into rain, often by sowing silver iodide crystals into moist air to speed up the creation of raindrops ( or snowflakes, in this case).
   云种散播的原理是推动湿空气转变为降雨，具体方法常常是向湿空气播撒碘化银晶体，以加速雨滴（或雪花，就像此次情况这样）的形成。
6. Cloud-seeding is a technique to enhance rainfall by introducing particles-often silver iodide crystals-into cloud systems, to help condense water vapor into raindrops.
   云的催化是指将催化剂颗粒打入云中使云中的水蒸汽凝聚成水滴，从而实现降雨的技术，催化剂颗粒通常为碘化银。
7. Shooting for rain, meteorologist Huang Binming ( right) and his crew launch canisters of silver iodide into the sky near Madoi.
   为了人工降雨，气象学家黄斌明（右）和他的小组在马多附近向着天空发射碘化银炮弹。
8. There was a close relationship between the electric property of silver bromide iodide T-grain emulsion added with stabilizer and antifoggant and anti fog property of the emulsion, i.
   研究表明：添加了稳定剂和防灰雾剂的溴碘化银T-颗粒乳剂微晶体的电性能与其防灰雾性能具有较好的相关性。
9. Silver iodide is thought to concentrate moisture and cause rain.
   碘化银是用来聚集湿气并形成降雨的。
10. It was a compound called silver iodide. Photometric Determination of Iodine in Table Salt by Oxidative Color-fading Reaction of Alizarin Red with KIO_3 Catalyzed by Potassium Bromide
    光度法测定食盐中碘&基于溴化钾催化的茜素红与碘酸钾的氧化褪色反应
11. The silver is separated quantitatively when the Silver iodide isc precipitated with free iodine, which is formed by adding Fe~ ( 3+) reaction to KI.
    当利用Fe~（3+）与I~-反应生成游离碘与AgI共沉淀，能定量富集分离银。
12. DETERMINATION OF IONS DISTRIBUTION OF MANGANESE OXIDES Three kinds of different tabular silver halide crystals with various distribution of iodide ions were prepared.
    锰氧化物的一种离子分布式本文制备了三种结构不同的片状卤化银晶体。
13. Glucose Biosensor Based on Host-Guest Inclusion Complex Preparation and Characterization of ( Nanosized MCM-41)-Silver Iodide Host-Guest Composite
    主客体葡萄糖生物传感器（纳米MCM-41）-AgI主-客体复合材料的制备及表征
14. A study on the ice nucleus generating efficiency by 37 model silver iodide shell possessing aggregative energy
    三七炮弹聚能分散碘化银成冰核效率的试验研究
15. Since 1978, artificial snow augmentation by aircraft silver iodide seeding to the winter stratiform clouds have been conducted continuously along Tianshan mountains in northern Xinjiang.
    自1978年以来，在新疆北部沿天山一带对冬季层状云飞机播撒碘化银、干冰等冷云催化剂进行人工增雪作业。
16. The main content of this article is to analyze and compare the effect on hail suppression and rain enhancement by seeding convective cloud with silver iodide ( AgI) and liquid carbon dioxide ( LC).
    本文主要对AgI和液态CO2（LC）播撒对流云消雹增雨的效果作了分析和比较。
17. Analyses on Boundary Layer Characteristics and Catalysis Conditions of Silver Iodide on Ground in Upper Reach of Yellow River in Summer
    夏季黄河上游边界层特征与地面碘化银催化分析
18. Based on the computed results, the silver iodide seeding experiment is conducted in the hail event, and it is concluded theoretically that cloud seeding with high concentration of artificial ice crystal at forming period of cloud may decrease surface hail and increase surface precipitation.
    根据计算结果，对该次冰雹过程进行了AgI催化试验，结果得出在云发展初期对暖底雹云实施高浓度的冰晶催化，可起到减少地面冰雹和增加地面降水的作用。
19. It is found that attenuation curve has a high and wide peak, the position and intensity of which change with the measured frequency and concentration of silver iodide, having a typical relaxation characteristics.
    实验结果表明：在所测温区存在着一个宽而较强的超声衰减蜂，峰的位置及强度随频率和AgI浓度而改变，具有典型的弛豫特征。
20. The thickness of the silver iodide film is controlled by the concentration of the iodine and the reaction time.
    碘化银膜的厚度主要由碘化的浓度和时间来控制。
21. Thus, it is significant to synthesize the organic-inorganic hybrid silver ( copper) iodide polymer and investigate the rule of assemble, structure and the relation between structures and properties.
    因此，合成一些新型的含银（铜）-碘的有机无机杂化聚合物，研究其反应组装规律、结构规律、性能和构效关系具有十分重要的意义。
22. Study on the preparation, structure and properties of tabular silver halide crystals ⅱ. the influence of PAG on the grain size, aspect ratio, distribution of iodide ions and ionic conductivity of tabular silver halide crystals
    片状卤化银晶体的制备、结构与性能的研究&Ⅱ.pAg对片状颗粒的尺寸、纵横比、碘离子分布及离子电导率的影响
23. Clinical Observation of Treatment of Dentin Caries by Silver Amalgam Filling after Smearing Layer with Silver Iodide
    碘化银法涂层后银汞充填治疗中龋的疗效观察
24. A Study on the Preparation of Silver Nano-powders in Iodide System by Non-aqueous Solvent Method
    非水溶剂法碘化物系银纳米微粉的制备

noun

1. an iodide that is used in photography, in seeding clouds to make rain, and in medicine