1) differential pulse polarography
微分脉冲极谱
1.
The trace amount of thallium is determined by differential pulse polarography on DME after the adsorption of its morpholine-4-carbodithioate is decomposed in 15 ml of 1.
5 mol/L的HCl使该不溶性螯合物脱附溶解后,在滴汞电极(DME)上用微分脉冲极谱(DPP)法测定痕量的铊(I)取得了很好的效果。
2) Differential pulse polarography
微分脉冲极谱法
1.
The application of differential pulse polarography to brucine reaction product, having electroanalytical activity, with HNO_3 has been reported in this paper.
由于马钱子碱和硝酸反应后生成的产物具有电化学活性,因此,可以微分脉冲极谱法对马钱子碱进行测定。
2.
The growth of metal-trained Dunaliella tertiolecta challenged with different Cd concentration stress was studied and the algae intracelluar Cd contents were determined by differential pulse polarography(DPP)technique in this paper.
研究了经低浓度Zn和Cd驯化的杜氏盐藻(Dunaliella tertiolecta)在不同浓度Cd胁迫条件下的生长状况,并通过微分脉冲极谱法测定了微藻细胞的Cd吸收量。
3) differential pulse catalytic polarography
微分脉冲催化极谱法
1.
Determination of chromium in milk powder by differential pulse catalytic polarography and ICP emission spectroscopy;
微分脉冲催化极谱法及等离子发射光谱法测定奶粉中铬含量
2.
Through using 273A type Electric Chemical Analytic System (Made in America, 1992), the trace blood selenium in dairy cattle was reported for the first time by the way of differential pulse catalytic polarography.
采用美国273A型电化学分析系统,根据SeSO32--KIO3氧化还原反应原理,用微分脉冲催化极谱法测定了奶牛全血痕量硒。
4) Differential Pulse Polarography
差分脉冲极谱法
1.
Determination of Germanium in Mongolia Medicine Rou Kou Wu Wei Wan by Differential Pulse Polarography;
差分脉冲极谱法测定蒙药肉蔻五味丸中的锗
2.
Determination of Germanium in Mongolia Medicine Xin Shu An by Differential Pulse Polarography;
30的H2SO4和3,4-二羟基苯甲醛(DHB)底液中,采用差分脉冲极谱法,测得无机锗的脉冲极谱波。
5) pulse polarography
脉冲极谱
1.
Detection of the micro-copper of allium sativm L.by pulse polarography;
脉冲极谱法测定大蒜中微量元素铜
6) pulse polarography
脉冲电极谱
补充资料:极微分不分
【极微分不分】
(杂语)三位极微中第二位色聚之微,大小乘各异其论,小乘以分析之极为极微。至于极微,则无可分上下左右方角之部分(此曰极微无方分),故不可更为分析。若果欲分析之,则惟以意识之观慧,于一极微中分别有能造之四大,有所造之色香等而已,然如此分析之色香等二十,但为想像,故非实之极微。盖此二十,非事实可分离者也。大乘原不立实体之极微。其极微为以观慧分析粗色之意识想像,故得分析无限。然于某程度而不止之。则与虚空相似,不能为物质之想。故于得为色想之限,立极微之名,而定为分析之之极也。正理论三十二曰:“极微,略有二种:一实二假。其相云何?实谓极成色等自相,于和集位现量所得。假由分析比量所知,谓聚色中以慧渐析至最极位。然后于中辨色声等极微差别,此析所至名假极微。”唯识论二曰:“诸瑜伽师以假想慧于粗色相渐次除析至不可析,假说说极微。此极微犹有方分而不可析,若更析之,便以空现,不名为色。故说极微是色边际。”
(杂语)三位极微中第二位色聚之微,大小乘各异其论,小乘以分析之极为极微。至于极微,则无可分上下左右方角之部分(此曰极微无方分),故不可更为分析。若果欲分析之,则惟以意识之观慧,于一极微中分别有能造之四大,有所造之色香等而已,然如此分析之色香等二十,但为想像,故非实之极微。盖此二十,非事实可分离者也。大乘原不立实体之极微。其极微为以观慧分析粗色之意识想像,故得分析无限。然于某程度而不止之。则与虚空相似,不能为物质之想。故于得为色想之限,立极微之名,而定为分析之之极也。正理论三十二曰:“极微,略有二种:一实二假。其相云何?实谓极成色等自相,于和集位现量所得。假由分析比量所知,谓聚色中以慧渐析至最极位。然后于中辨色声等极微差别,此析所至名假极微。”唯识论二曰:“诸瑜伽师以假想慧于粗色相渐次除析至不可析,假说说极微。此极微犹有方分而不可析,若更析之,便以空现,不名为色。故说极微是色边际。”
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