含鉍的 的英文怎麼說
中文拼音 [hánde]
含鉍的
英文
bismuthal-
Pilsenite is a rare mineral and its information is deficient. the first found pilsenite in china is in gaozhuang, henan province. pilsenite, associated with pyrrhotite, pyrite, hessite, gold, produced in pyrrhotite - polymetallic stage. three bismuth - tellurides produced in gaozhuang are well concordant with the standard pilsenite in composition, and other three are different from any of known bismuth - tellurium minerals. single crystal diffraction were made on a larger mineral grain of pilsenite. au growth and decline together with bi and te in ores and wall - rocks, which suggests that bi and te play a important role in migration and enrichment of au
經電子探針分析，高莊金礦有多種鉍碲化物，有三粒礦物的成分與標準葉碲鉍礦完全一致。對一較大顆粒的葉碲鉍礦做了單晶x射線衍射分析。 au與bi在礦石和圍巖中的含量呈共消長關系， te與bi可能對au ag的遷移富集起了重要作用。Its compositions are tianqing stone and qixia rock, containing many kinds of chemical elements such as selenium, strontium, bismuth and so on, which benefit to health and have the function of anti - cancer and lasting one ' s life
其成份為天青石與棲霞巖，內含豐富的硒、鍶、鉍等多種微元素，對人體有強身健體，抗癌益壽作用。Methods for determination of bismuth in ores
礦石中鉍的含量測定方法Copper and copper alloys. determination of bismuth content. diethyldithiocarbamate spectrometric method
銅和銅合金.鉍含量的測定.二乙基氨荒酸鹽光譜法In order to investigate the effect of 2, 4 - dihydroxylbenzoate ( - bi ) on the combustion of double - base propellant, the combustion law of the propellants containing - bi was studied by means of the single frame amplification photography fl miniature thermocouple, the scanning electron microscopy ( sem ) and the link isis energy spectrum
摘要為了探索2 ， 4 -二羥基苯甲酸鉍對雙基推進劑燃燒的催化作用，採用單幅放大彩色攝影法、型微熱電偶技術、掃描電鏡和電子能譜研究了含2 ， 4 -二羥基苯甲酸鉍雙基推進劑的燃燒規律。We found that pitchblende contains at least two radioactive materials, one of which, accompanying bismuth, has been given the name polonium, while the other, paired with barium, has been called radium
我們發現瀝青鈾礦物中至少含有兩種放射性物質：與鉍伴生的命名為釙，與鋇伴生的命名為鐳。A study of characteristics of bi and au content in different media within gold deposits of chifeng district has revealed that bi is the most important indicator element in the geochemical prospecting for gold deposits of this district
摘要研究赤峰地區金礦中不同介質的鉍、金含量特徵、顯示出鉍是該區金礦化探中最重要的指示元素。Abstract : a study of characteristics of bi and au content in different media within gold deposits of chifeng district has revealed that bi is the most important indicator element in the geochemical prospecting for gold deposits of this district
文摘:研究赤峰地區金礦中不同介質的鉍、金含量特徵，顯示出鉍是該區金礦化探中最重要的指示元素。分享友人