酒石酸铵

以硫酸铜和硫酸镍为原料、酒石酸铵为络合剂、NaOH调节pH值、水合肼还原的化学共沉积法，制备了平均粒径为50nm的纳米级镍包铜（Ni/Cu）复合粉末。

The aqueous mixture of copper sulfate and nickel sulfate was reduced by hydrazine directly , with ammonium tartrate being complexing agent , NaOH being pH adjuster .

酒石酸氢铵和氨水反应并经脱色、脱水可制得最终产品右旋酒石酸铵。

Ammonium bitartrate is filtrated and washed with water to remove Cl - , and then reacted with ammonia to give the final product dextrorotary ammonium tartrate .

以硝酸铈、酒石酸铵为原料，采用络合沉淀法制备了CeO2纳米晶。

The nanocrystalline CeO_2 was prepared by complexed-precipitation method from Ce ( NO_3 ) _3 · 6H_2O ( A.R ) ammonium tartrate .

发现酒石酸铵系列晶体的热释电性能，其品质因子具有与TGS晶体相同的数量级。

The results showed that of AT series crystals have pyroelectric properties and AT series crystals have value of factor of merit as large as TGS crystal .

在碳源和氮源的正交试验中，厚环粘盖牛肝菌（Suillusgrevillei）的两个菌株是在（NH4）2HPO4+葡萄糖及酒石酸铵+葡萄糖组合中生长最好。

According to the results of orthogonal experiment between carbon source and nitrogen source , Suillus grevillei grew well in media of ( NH_4 ) _2HPO_4 + glucose and ( NH2 ) 2C4H4O6 + glucose .

一种新的热释电晶体ATGSP的生长和性质新型有机热释电晶体酒石酸铵系列晶体研究

The Growth and Properties of a New Pyroelectric Crystal ( ATGSP ) Study on New Type Organic Pyroelectric Crystal & The Ammonium Tartaric Series Crystals

新型有机热释电晶体&酒石酸铵系列晶体研究

Study on New Type Organic Pyroelectric Crystal & The Ammonium Tartaric Series Crystals