1) Electrical kindling
电点燃
2) Amygdaloid-kindled
杏仁核电点燃
3) Ningxian decoction
癫痫电点燃模型
4) isoelectric point
等电点
1.
The measurement of isoelectric point of water-soluble N-(2-carboxylbenzoyl) chitosan;
水溶性N-(2-羧基苯甲酰基)化壳聚糖等电点的测定
2.
Initial Assay of Isoelectric Point of Bovine Thrombin;
牛凝血酶等电点的初步测定
3.
Enzymolysis of residue of rice and determination of its protein isoelectric point;
米渣酶解工艺及其蛋白等电点测定
5) pI
等电点
1.
The pI determination of extracted protein from two flaxseed cakes;
两种胡麻饼粕提取蛋白质等电点测定
2.
Basic Bioinformatic Studies of Proteomic Expression Profile and Multi-modality Distribution of pI Values in Whole Proteome;
蛋白质组表达谱基本生物信息学研究及全蛋白质组等电点分布研究
3.
Dissolving character and pI of amphoteric surfactants were briefly discussed,three types of typical pI behaviors and KP temperatures of amphoteric surfactants were given.
简要讨论了两性表面活性剂特有的等电点现象和三种典型的等电点行为。
6) pH_(iep)
等电点pHiep
1.
The results indicated that the pH_(iep) of Al(OH)_3 was 5～6,and the adsorbed organic matter is the principal factor that decrease Zeta potential.
结果表明,Al(OH)3颗粒的等电点pHiep出现在pH5~6之间,吸附态有机物是造成颗粒稳定性提高的主要原因,溶液中自由态Ca2+离子能够起到压缩双电层的作用,降低吸附态NOM之间的静电斥力,减小表面负电性,增加pHiep;吸附络合态Ca2+离子对颗粒表面负电性影响较小,但能够强化NOM在颗粒表面的吸附。
参考词条
补充资料：点燃
使燃烧；点着：～火把。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。