1.Two-step-rooting method is better one-step-rooting method, That is, Firstly selecting the juvenile and vigorous shoots , Secondly culturing the shoots in the ASH medium with 2.0mg/L IBA for 7~9d in the darkness in order to promote the formation of primordium of root, then transfering the shoots into the ASH +vermiculite medium without IBA in the light.
二步生根法优于一步生根法，首先必需选择充分幼化(12代以后)且生长健壮的试管苗，先在附加IBA2.0mg/L的ASH培养基中暗培养7～9d，以促进根原基的形成，然后转入无激素的ASH+蛭石培养基中光下进行根伸长培养。
2.Thermodynamic Equilibrium Analysis of The MOCVD TMG-AsH_3-H_2 and TMG-AsH_3-He System
MOCVD TMG-AsH_3-H_2和TMG-AsH_3-He体系的热力学平衡分析
3.It was proved that the purified product of ASC-1, named ASC-1P2B, was only composed by xylose. The composition of ASH-1P3 (the purified ASH-1) was complex, including rhamnose, arabalose, xylose, mannose, glucose and galactose.
ASC-1分离纯化得到的组分ASA-1P3B经检测其单糖组成只含木糖,ASH-1分离纯化得到的组分ASH-1P3的单糖组成复杂,含有鼠李糖、阿拉伯糖、木糖、甘露糖、葡萄糖和半乳糖。
4.The experimental results show that influence of H2 on the atomization of AsH3 is obviously larger than that of H2 on the atomization of SeH2. Only in the presence of H2 can air increase the absorption signal of AsH3. However, influence of air on the absorption signal of Se seems to be the suppressible effect whether H2 is present or absent.
实验表明,H_2对AsH_3原子化影响明显地大于SeH_2。 只有H_2存在时O_2才对As吸收信号呈现增感作用,不论有无H_2,O_2均抑制Se吸收信号。
5.The letter in Old English and some modern phonetic alphabets, representing the vowel sound of Modern English ash.
字符字母＇在古英语和一些现代音标中，代表现代英语中的元音ash
6.The object of this research is to make sure of the application of acid insoluble ash(AIA)as indicator to the dairy goat dagestion trials.
试验旨在研究酸不溶灰分(Aeid Insoluble Ash,缩写为 AIA)在奶山羊消化试验中的应用。
7.The NDF, ADF, Ash content and IVDMD were similar, and the EE content increased from 4% to 5%, and the CP content increased from 16.1% to 16.6% and 16.9%. The DMI were not different between dairy cows of six total mixed rations.
在NDF、ADF、Ash等含量和IVDMD差异不明显,EE含量从4%提高到4.9%,日粮CP含量从16.1%分别增加到16.6%和16.9%,不同全混合日粮间奶牛DMI没有差异。
8.physiological and biochemical features, the isolate W10 was identified as Bacillus licheniformis (Weigmann) Chester and the isolates W3 and Y2-11-1 belonged to Paenibacillus polymyxa (Prazmowski) Ash et al.
W3和Y2-11-1为多粘类芽孢杆菌[Paenibacillus polymyxa(Prazmowski)Ash et al]。
9.there was no significant differences in DM、CP、EE、Ash、Ca、P、NDF、ADF content between ground silage and pit silage (P>0.05);
(2)、地面青贮与窖式青贮的DM、CP、EE、Ash、Ca、P、NDF、ADF差异不显著(P>0.05);
10.Functional Research of ASH2L and Interaction Protein DPY-30-like
ASH2L及其相互作用蛋白DPY-30-like的功能研究
