1) Dry chemistry
干化学
1.
Results Dry chemistry method had good repeat,inside group CV is 1.
方法 用美国生产 Vitros2 5 0全自动生化分析仪 ,应用干化学法测定血清镁并进行应用研究 ,并与原子吸收分光光度法进行相关分析。
2.
Dry Chemistry has many advantages in sirnplicity, speed, sensitivity, microsarnpling, realtime operation and on-the-spot diagnosis, Which improves the effectiveness and reliability in diagnosis and treatrnent.
干化学／反射光分析技术具有简易、快速、敏感、微量、实时和可做现场诊断等优点。
2) chemical interference
化学干扰
1.
This article explains the reason that chemical interference priduces and the methods to dispel it.
阐述了原子吸收光谱分析中 ,化学干扰产生的原因及消除化学干扰的方
2.
The chemical interference of Li.
研究石墨炉原子吸收测定铅时，锂、钠、钙、镁基体对不同浓度铅的化学干扰，实验表明。
3) Chemical drying
化学干燥
1.
A comparison between different drying methods such as oven drying, chemical drying and static water absorption is made.
通过比较烘干、静态吸水法和化学干燥法对碳酸氢铵进行干燥 ,指出化学干燥法适合工业生产的推广应用。
4) Dry chemistry method
干化学法
1.
Objective To evaluate the dry chemistry method for measuring serum urea and creatinine .
目的 :对干化学法测定血清尿素、肌酐的结果进行评价。
2.
Erythrocyte and leukocyte in colleted 1 740 urine samples were examined with microscopy and dry chemistry method.
为评价镜检法与干化学法检测尿红、白细胞的结果,收集1740份新鲜尿液标本,同时用镜检法和干化学法进行红、白细胞检测。
6) chemical intervention
化学干预
1.
Objectives To explore whether the established model of dental plaque biofilm can be used in the research of chemical intervention on plaque biofilm via observing the development of biofilm and the vitality of earlier mature biofilm plaque.
目的通过对原位菌斑生物膜发育过程及早期成熟菌斑生物膜的观察,探讨所建立的菌斑生物膜模型用于菌斑化学干预研究的可能性。
补充资料：工程化学障碍物(见化学障碍物)
工程化学障碍物(见化学障碍物)
engineering-chemical obstacle
习U·上日、11匕I一9 nuQXue Zhang’aiwu工程化学障碍物(engineelsng一ehemiealobstacle)见化学障碍物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条