1、The static saturation sorption capacity of APAR is 238 mg/g.
靜態(tài)吸附飽和容量為每 g樹脂 2 38mg;

2、The Absorption Mechanism of APAR for Ni~(2+)
氨基膦酸樹脂吸附鎳(Ⅱ)的反應機理探討

3、Integration of the APAR fixes addressed in the iteration.
整合在此迭代中處理的apar修復包。

4、Using apar selective way to MRS.
MRS測定用瓊脂篩選法。

5、If you choose "No," you can later "reject" this APAR if it causes some issue.
如果選擇“No”，您可以稍后在此apar引起某一問題時“拒絕”它。

6、APAR IZ01874 clarifies how to choose IP addresses for the netmon.cf file.
APAR IZ 01874解釋如何為netmon . cf文件選擇IP地址。

7、The timeout parameter is ignored in Version 6 unless you have applied APAR PK10512.
除非應用了APARPK10512，否則在 V6 中會忽略timeout參數。

8、Note: APAR might first be released with 5300-05 at the 5.3.0.50 level.
注意：5.3.0.50級別的5300-05可能首先發(fā)布APAR。

9、APAR Numbers.
APAR編號(如果您已經知道某個可能的APAR)。

10、The sorption mechanism of APAR for Nd(Ⅲ) was examined by IR spectrometry
用紅外光譜探討了氨基膦酸樹脂與釹(Ⅲ)的成鍵情況。

11、Zn(Ⅱ) adsorbed on APAR can be eluted with 2.0 mol·L~(-1) HCl.
g-1樹脂,用2.0 mol.

12、RESULTS The PC of the FA was 0.25cm/h and its APAR was 15.4% within 7 h.
結果 阿魏酸的滲透系數為0.25·h-1,7h內阿魏酸的累積透皮吸收百分率為15.4％。

13、This is due to the issue described in APAR PQ83679: JAAS authentication fails after WAS restart.
這是由于APARPQ 83679中所描述的問題：JAAS身份驗證在WAS重啟后失效。

14、The elution rate of Eu 3+ adsorbed on APAR is 89 3% with 2 0mol·L -1 HCl.
用 2 0mol·L- 1HCl解吸率為 89 3 % ;

15、The adsorption behavior of APAR for Zn~(2+) obeys the Freundlich isotherm.
等溫吸附服從Freundlich吸附等溫式;

16、Yb(Ⅲ) adsorbed on APAR can be reductively eluted by 3.0～4.0 mol·L -1 HCl.
用 3.0～ 4.0 mol· L- 1HCl能還原洗脫。

17、To download an APAR without requiring a move to the 5300-05 TL.
要下載APAR而不進入到5300-05TL (TL4和TL 5級別都將發(fā)布apar)。