氫化鎂 的英文怎麼說
中文拼音 [qīnghuàměi]
氫化鎂
英文
magnesium hydride
-
氫 :
名詞[化學] (氣體元素) hydrogen (h)
-
鎂 :
名詞[化學] magnesium (12號元素, 符號 mg)
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Under the alkalinity condition assumes the sorrel, the acidity then assumes the buff color, forms the precipitation with the magnesium hydroxide, assumes yellow is red
堿性條件下呈紅褐色,酸性則呈淺黃色,與
氫氧
化鎂形成沉澱,呈黃紅色
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Mgb2 can be cooled by liquid hydrogen or liquid neon or by fairly cheap, closed - cycle refrigerators that can readily reach below 20 k
硼
化鎂可以藉由液態
氫、液態氖或是相當便宜的封閉循環式冷凍機,輕易降溫至20k以下。
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Using magnesium hydride as a destabilizer for lithium borohydride, for instance, lowers the release temperature from 400 to 275 degrees c
舉例來說,以
氫化鎂當做硼
氫化鋰的去穩定劑,可以將釋放氣體所需的溫度從400降到275 。
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The results show that : the fillers of sio2 based investment consist of sio2, al2o3 and mgo, and the binder is nh4h2po4 for sio2 based investment, the bulk density and the compression strength decrease, the apparent porosity and the thermal expansion increase, when the specimens are heated to 900 ; the fillers of al2o3 based investment consist of al2o3 and mgo, and the binder is nh4h2po4 ; for al2o3 based investment, the bulk density decreases and the apparent porosity increases when the specimens are heated to 900 ; the fillers of mgo based investment consist of mgo and al2o3, and the binder is ca cement ; for mgo based investment, the compression strength decreases and the thermal expansion increases greatly when the specimens are heated to 900
結果表明:氧
化硅系包埋料的骨料是氧
化硅、氧
化鋁、氧
化鎂,結合劑為磷酸二
氫銨,其900鍛燒后顯氣孔率增加,體積密度下降,耐壓強度降低,熱膨脹增大;氧
化鋁系包埋料的骨料是氧
化鋁和氧
化鎂,結合劑為磷酸二
氫銨,其900燒后顯氣孔率增加,體積密度下降,熱膨脹變
化不大;氧
化鎂系包埋料的骨料是氧
化鎂和氧
化鋁,結合劑是鋁酸鈣水泥,其900燒后耐壓強度明顯降低,熱膨脹明顯增大。
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Using silicon dioxide, magnesia, aluminum hydroxide to react with sulfonic acids, color fixatives under standard proportioning, through curing and drawing into thread - like form, this product is made with mechanical twisting as per specific speed and number of strands after drying treatment, featruing a certain tensile strength
本品用二氧
化硅、氧
化鎂、
氫氧
化鋁同磺酸、固色劑等按標準配比反應,經固
化抽制線狀,再經乾燥處理后,並按規定速數和股數,經機械加捻而成,並有一定的抗拉強度。
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Adsorption of bromide anion by calcined layered double hydroxides
焙燒層狀
氫氧
化鎂鋁對溴離子吸附性能研究
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This text has studied two subsidence - separation means, which are flocculant and control reaction temperature method to remove the chlorine in magnesium hydroxide produced by the method of bischfite - sodium hydroxide
摘要研究了絮凝劑法及控制反應溫度法兩種沉降分離方法除去水氯
鎂石
氫氧
化鈉法制備
氫氧
化鎂中的氯。
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Present situation of researches on surface modification of magnesium hydroxide and brucite powder for use of flame - retardancy
阻燃用
氫氧
化鎂及水
鎂石粉體的表面改性研究現狀
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It is showed from active exponent analysis that surface energy and polarity of the modified magnesium hydroxide are decreased ; and jr analysis shows that the stearic acide is attached to magnesium hydroxide by chemical bond
活
化指數測定結果表明改性后的
氫氧
化鎂由親水疏油性變成了親油疏水性;紅外光譜表明硬脂酸與
氫氧
化鎂之間形成了
化學鍵。
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Compared with other flame retardants, it has better function on restraining of the producing of smoke and sulfureted hydrogen, with the advantage of no contaminate, no corrosion and low cost
氫氧
化鎂屬于添加型無機阻燃劑,與同類無機阻燃劑相比,具有更好的抑制發煙和硫
化氧生成的作用,且無毒害、無腐蝕、價格低廉。
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Preparation of nano - magnesium hydroxide
納米
氫氧
化鎂的制備
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Magnesium hydroxide for industrial use
工業
氫氧
化鎂
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Study on the production of magnesium hydroxide using brines from salt lakes
利用鹽湖鹵水制取
氫氧
化鎂的技術探索
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Research and application of fire retardant, special morphological magnesium hydroxide
特殊形貌
氫氧
化鎂阻燃劑的研究與應用
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Extenders for plastics - part 24 : magnesium hydroxide ; specifications and methods of test
塑料用填料.第23部分:
氫氧
化鎂.規范和試驗方法
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This paper introduces the working nechanism and the development prospect of mg ( oh ) 2 as flame retardant
摘要介紹了
氫氧
化鎂阻燃劑的阻燃機理及發展狀況。
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Binders for magnesite screeds - caustic magnesia and magnesium chloride - part 1 : definitions, requirements
鎂灰泥找平層用粘結劑.
氫氧
化鎂和氯
化鎂.第1部分:定義要求
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It is concluded that mg ( oh ) 2 has huge potential to develop as flame retardant both in domestic industry and world industry
因此,在我國乃至世界
氫氧
化鎂阻燃劑發展潛力巨大。
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The surface of magnesium hydroxide is modified with stearic acide, and this paper elaborates the influence of factors such as quantities of stearic acide, time, temperature
摘要通過採用硬脂酸對
氫氧
化鎂進行表面改性的試驗,闡述了硬脂酸的用量、時間、溫度等各種因素對
氫氧
化鎂改性的影響。
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The crystal is applied to the papermaking that can raise whiteness and non - transparency, remains - proportion of the crystal is higher than the usual light calcium carbonate. as for plastics, it can improve impact strength in the plastics, its inhibiting - burning capability is advancing bigger than the common inhibiting - burning material of magnesium hydroxide. concerning the thermo tropic adhesives, the physical property of compound - packing is higher than the one of single - packing, namely remover strength, softening point, hardness, climate tolerance and the speed of consolidation are high
晶須作為造紙填料,可使紙張的白度和不透明度提高,留著率比造紙常用填料輕質碳酸鈣高;用作塑料填料,可使塑料的沖擊強度提高,阻燃性能比常用阻燃材料氫氧化鎂有較大的提高;添加到熱熔型膠粘劑中,與輕質碳酸鈣混合使用可明顯提高熱熔膠的剝離強度、軟化點、硬度、耐侯性以及固化速度。