Zn

Correlation between hemoglobin and Zn , Se, and leucocyte amounts and BFA, V _ C , V _ E were significantly positive.

血红蛋白含量与Zn 、 Se呈较强正相关;白细胞总数与BFA 、 VC 、 VE呈 较强正相关.

The amount of BSM adsorption on soil decreased comparing with that of without Zn 2 +.

而氧化物吸附苄嘧磺隆的量较未加Zn~(2+)之前有较大幅度的增加,但是氧化物之间有较明显的差异.

F can promote the emission of Pb, Cd, Zn and Cu.

氟会促进Pb, Cd, Zn和Cu的逸放.

Methods: The serum levels of Zn were measured by atomic absorption spectrophotometry ( AAS ).

方法采用原子吸收分光光度法 ( AAS ) 检测血清Zn的水平.

Effects of cooling rate on eutectic microstructure of Zn-( 0.24 Ni ) alloy for hot dip galvanization were investigated.

研究了冷却速度对用于热浸镀Zn的Zn0. 24Ni 合金共晶组织的影响.

Eighteenamino acids ( Such as Val , Leu, Lys, etc. ), Vitamin C, Vitamin B 1、 Vitamin B 2, and fourteen microelements ( Such as K, Ca, Mg, Fe and Zn, etc. )

测出了果汁中含有缬氨酸 、 亮氨酸 、 赖氨酸等18种氨基酸, 维生素C, 维生素B_1,维生素B_2, 以及K 、 Ca 、 Mg 、 Fe、Zn等14种微量元素.

The difference in elements Al 、 Cl 、 Zn 、 Sb ere in two groups is also very obvious ( P < 0.05 ).

经t检验,其中Ca两组均值差异非常显著 ( P<0.01),Al、Cl、 Zn、Sb差异显著(P<0.05 ).

In guomisi geogas, Zn ans Cd has notable positive correlation.

郭米寺地气中Zn和Cd存在显著的正相关关系.

The most preferred components of hot galvanizing Zn-Bi alloys are determined.

确定了锌铋多元合金的最佳配方.

The optimal proportion of Zn-AAC to ZnSO _ 4 is 60 % : 40 %.

有机锌与无机锌合用时饲喂效果优于单一使用,其最佳配合比例为Zn-AAC60%加ZnSO_440%.

This method is able to measure Mn, Cu, Pb, Zn, Co , Ni and P quickly.

该方法也可同时用于:Mn 、 Cu 、 Pb 、 Zn 、 Co 、 Ni、P等杂质元素的快速测定.

Corn plant is able to prom-ote the transformation of soil Zn to RES-Zn and CA-Zn .

种植玉米促进了土壤锌向RES-Zn和 CA—Zn 转化.

One-dimensional Chain Crown Ether Complexes. Synthesis and Crystal Structure of 18-Crown-6 Complex : [ Na ( 18-Crown-6 ) ] _ 2 [ Zn ( mnt ) _ 2 ]

一 维 链状冠醚配合物: [ Na ( 18-C-6 ) ] _2 [ Zn ( mnt ) _2 ] 的合成与晶体结构(英文)

The spectral proper-ties of the reactions of T ( 4-MOP ) PS _ 4 , withCu ~ ( 2 + ), Pb ~ ( 2 + ), Zn ~ ( 2 + ), Cd ~ ( 2 + ), Co ~ ( 2 + ) and Mn ~ ( 2 + ) have beeninvestigated.

探讨了试剂的特性及其与Cu~ ( 2+ ) 、 Pb~ ( 2+ ) 、 Zn~ ( 2+ ) 、 Cd~ ( 2+ ) 、 Co~ ( 2+ ) 和Mn~ ( 2+ ) 反应的最适条件.测得了这些配合物的配位比 、 摩尔吸光系数.