碘化铅

垂直布里奇曼法生长碘化铅单晶体

Growth of lead iodide single crystal by vertical bridgman method

碘化铅（PbI2）晶体是一种极有前途的室温核辐射探测器材料，可用于探测1keV-1MeV范围内的γ射线和α射线，在制作大面积X射线成像阵列方面也具有诱人的前景。

Lead iodide ( PbI_2 ) crystal is one of the most promising room nuclear radiation detector materials .

碘化铅（PbI2）单晶体生长研究

Growth of Lead Iodide ( PbI_2 ) Single Crystals

利用碘化铅和1,10-邻菲啉反应，合成了一维链状加合物PbI2（1,10-phen）。

The novel one-dimensional chain lead halide adduct PbI_2 ( 1,10-phen ) has been synthesized and characterized by elemental analysis and IR .

室温固相化学反应合成表面修饰的碘化铅纳米棒

Synthesis of Surface-Modified Lead Iodide Nanorods by Room Temperature Solid-state Reaction

U型坩埚上升法生长碘化铅单晶体

Growth of PbI_2 Single Crystal with Ascending U Type Ampoule

碘化铅单晶体生长工艺分析

The Technics Analysis of Lead Iodide Single Crystal Growth

碘化铅单晶体生长新方法探索

Research on New Method for Growing Lead Iodide ( PbI_2 ) Single Crystal

碘化铅多晶合成与单晶体生长研究

PbI_2 Poly-Crystal Synthesis and Single Crystal Growth

本文论述了碘化铅络阴离子与碱性有机染料结晶紫之间的缔合反应。

The association of lead iodide complex anion and crystal violet ( a basic organic dye ) is studied .

探索碘化铅溶度积测定实验微型化的最佳条件，介绍了该微型实验的方法。

A series of test condition for determining the solubility product of PbI2 in the micro experiment was studied and a good result was obtained .

发现坩埚下降法生长碘化铅单晶体过程中，碘的蒸发与凝结、铅的分凝与沉淀是影响晶体质量的两个重要因素。

It is found that during the growth process , the iodine vaporizing and condensing , the lead segregating and precipitating are two important factors affecting the crystal quality with ampoule descending .