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151. The determination conditions of Zn and Cu in premixed feed by volumetric analysis were investigated. 152. The microstructures of Cu - Zn powder under different annealing conditions were studied. 153. A CU typically represents the text and data contributed to an executable by a single relocatable object file. 154. A thermodynamic analysis of cementation of Ag with Cu in ammoniacal solution has been carried out. The calculated results indicated that this cementation reaction is possible thermodynamically. 155. Four-ball machine tests were performed to study the synergetic effects of Cu nanoparticle and sulfurized olefin cotton oil. 156. Structure of phthalocyanine, crystal form of Cu - phthalocyanine, its conversion of crystal form and pigmentation are described. 157. The method of determining Ni, Cu and Pbi n urine with isotope dilution mass spectrometry ( IDMS ) is described. 158. The results of metallograph, X ray diffraction, and resistance experiments confirmed that thermal elastic martensitic transformation could be showed in casting Cu Al Be alloys. 159. The alteration and metallogenesis of Pulang porphyry Cu deposit are rather typical. 160. Chip behaviors were analyzed using scanning electron microscope(SEM), to study the effects of applied load, scan cycles and scanning direction on nanomachining of Al and Cu samples. 161. Methods: Determine the content of trace elements sueh as Cu , Zn, Fe, Mn , Ca, Mg, etc in gastric fluid by atomic absorption spectroscopy ( AAS ) ... 162. The actue toxic effect of heavy metal Cu ~ ( 2 + ) to Stentor Polymorphrus ( Ciliophora, Heterotrichida ) was studied. 163. Having 40% lower resistivity than Al and good electromigration resistance, Cu is being considerably studied as candidate of Al. 164. Cu á nto cree que cuesta la reparaci ? ? n? 165. Results indicate it is feasible to use Fe Cu as substitute material for bronze. Widespread applications can be in prospect because it is effective economically. 166. The study was based on plankton grown in 27 cubic metre (950 cu ft) seawater containers reaching 10 metres deep in a west Norwegian fjord. 167. The major problem in Cu CMP is dishing, serious dishing will cause the yield loss. 168. It is simple and quick for GFAAS to determine trace Sb in pure Cu, the relative standard deviation( RSD) is 6.90 % , and the error is 5.56 % . 169. By microstructure analysis the evolutive characteristic of structure of rapidly solidified Cu Zn alloy in different temperature preservation was initially made clear. 170. Cu(II)-immobilized metal affinity chromatography (Cu(II)-IMAC), as a highly reliable analytical procedure, has been widely used in separation and purification of biomacromolecule. 171. Structural properties of Cu - Ni alloy are studied using MD simulation with EAM potential function. 172. cyanide - free alkaline Cu plating process using a strike - to - intermittence two - stage automatic switching power supply was developed. 173. The parameters in Langmuir equation are characterized more by the precipitation than the adsorption of Cu. 174. For the first part, we stressed reactions of sulphoxide with 1,3-dicarbonyl compounds promoted by Cu(OAc)2·H2O, 2,2′-biimidazole and iodobenzene diacetate. 175. Finished hohlraum Cu target was obtained by dissolving the core axis and protective film made of PMMA.