collophanite [kə'lɔfənait]

collophanite的基本解释

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(=collophane)胶磷矿

与collophanite相关的网络例句 [注：此内容来源于网络，仅供参考]

The flotation mechanism of MG reverse-floating dolomite was studied by measuring the Zeta-potential of collophanite and dolomite, Infrared Absorptions Spectra analysing the adsorption of MG onto the minerals surface, ultraviolet- visible light absorbing spectrum calculating the amount of MG which was adsorbed onto the minerals surface. These researches showed that MG was more easyly adsorded onto the surface of dolomite in feeble acidic solution because of pure dolomite charges positive as well as pure collophanite charges negative. Therefore, a lot of MG negative ions was adsorded onto dolomite, and that MG negative ions contained hydrophobic group, the hydrophobicity of dolomite was modified, the grains of dolomite were adhered to air bubble and float with them.

对白云石和胶磷矿的Zeta-电位测定、红外光谱分析MG药剂在矿物上面的吸附情况、紫外-可见吸收光谱测定矿物上MG的吸附量等，研究了MG药剂反浮选白云石的浮选作用机理，表明在弱酸性条件下，由于白云石表面荷正电而胶磷矿表面荷负电，带有羧基和羟基官能团的MG药剂更容易吸附在白云石上，使其周围吸附有大量的MG负离子，而MG负离子的另一端为烃基，这就改变了白云石的疏水性，使其矿粒容易附着于气泡上浮。

This kind ofcollector was also used to float actual phosphate ore, and was compared to sodium oleate and SR, the results of flotation indicated that MG was adapt to reverse flotation processing of collophanite, it is a kind of excellent collector.

该药剂用于实际矿物的浮选时与油酸钠、SR等药剂的对比表明，它是适合于胶磷矿的反浮选工艺的，是一种优良的捕收剂。

The gemini anionic surfactant is able to enhance the collophanite floating capability of oleic acid.

目标化合物能一定程度增强油酸对胶磷矿中白云石的浮选能力。

Because collophanite usually combines with dolomite, and their flotability is similar so that they can not be separated by the conventional flotation method.

由于胶磷矿多含有白云石且两者可浮性相近，因此运用浮选方法一直没能很好地解决胶磷矿中自云石的分离问题。

To this problem, according to the differences of physical chemistry properties between collophanite and dolomite, the raw material which is cheap and extensive had been choosen to synthesize a new efficient andcompound collector——MG, which was used for floating domolite.

针对这一难题，本文着眼于胶磷矿和白云石的一些表面物理化学性质的差异，选择来源广且价格便宜的原料，通过实验研究合成出新型高效复配脱镁捕收剂——MG。

与collophanite相关的网络解释 [注：此内容来源于网络，仅供参考]

collophanite：胶磷矿

胶磷矿 collophane | 胶磷矿 collophanite | 胶铝石 cliachite

collophanite：胶状磷灰石

低级胶状磷矿 Colloidal phosphate | 胶状磷灰石 Collophanite | 低级胶状磷矿 Collopos ,Colloidal phosphate

collophane; collophanite：胶磷石

胶悬浮 colloidal suspension | 胶磷石 collophane; collophanite | 锡黝铜矿 collusite