leaching process
proseso ng pagkakalat
acid leaching
pagkakalat gamit ang asido
metal leaching
pagkakalat ng metal
nutrient leaching
pagkakalat ng sustansya
soil leaching
pagkakalat sa lupa
leaching agent
ahente ng pagkakalat
water leaching
pagkakalat gamit ang tubig
The preparative process of phytin from degrease tikitiki by acid leaching and alkali neutralization was studied.The new process contidion of circulating water leaching was obtained.
Pinag-aralan ang proseso ng paghahanda ng phytin mula sa degrease tikitiki sa pamamagitan ng acid leaching at alkali neutralization. Nakuha ang bagong proseso ng kundisyon ng circulating water leaching.
Countering this problem,the commercial scale trail of oxygen rich leaching of peroxyl was carried out.
Bilang tugon sa problemang ito, isinagawa ang komersyal na pagsubok ng leaching ng peroxyl na mayaman sa oxygen.
The application of lead salt in the cyanide leaching operation can produce microcell in the surface of gold grain.
Ang paggamit ng lead salt sa cyanide leaching operation ay maaaring makagawa ng microcell sa ibabaw ng butil ng ginto.
Behavior of microbial dissimilatory reduction in the process of bioleaching metal oxide was researched to increase the leaching efficiency of marine manganese nodules.
Pinag-aralan ang pag-uugali ng microbial dissimilatory reduction sa proseso ng bioleaching metal oxide upang mapataas ang leaching efficiency ng marine manganese nodules.
The leaching process of the carotenoid (mainly lutein) from the sericulturist and the technology parameter are introduced in this paper.
Ipinakilala sa papel na ito ang leaching process ng carotenoid (lalo na ang lutein) mula sa sericulturist at ang teknolohiyang parameter.
The Sn granites are characterized by biotite and titanite as Sn-bearing minerals, which suffured hydrothermal alteration, leading to tin leaching and subsequent crystallization of cassiterite.
Ang Sn granites ay nailalarawan sa pamamagitan ng biotite at titanite bilang mga mineral na naglalaman ng Sn, na sumailalim sa hydrothermal alteration, na humahantong sa tin leaching at kasunod na crystallization ng cassiterite.
There are some independent minerals of Cd, which are secondary minerals formed during weathering and leaching, such as greenockite, otavite and oxides of Cd in the oxidized zone of the deposit.
Mayroong ilang independiyenteng mineral ng Cd, na mga sekundaryang mineral na nabuo sa panahon ng pagtanda at leaching, tulad ng greenockite, otavite at oxides ng Cd sa oxidized zone ng deposito.
The results of research show that the impurity of infusibility and metal ion has been removed after the leaching of calcium carbide residue, and the transform rate of hydrated lime up to about 88%.
Ipinapakita ng mga resulta ng pananaliksik na ang impurity ng infusibility at metal ion ay naalis pagkatapos ng leaching ng calcium carbide residue, at ang transform rate ng hydrated lime ay umabot sa humigit-kumulang 88%.
The process of decoppering through insoluble anode electrolysis in the solution produced by leaching high grade matte nickel using chlorine is intro-duced in this paper.
Ipinapakilala ng papel na ito ang proseso ng decoppering sa pamamagitan ng insoluble anode electrolysis sa solusyon na ginawa sa pamamagitan ng leaching high grade matte nickel gamit ang chlorine.
leaching process
proseso ng pagkakalat
acid leaching
pagkakalat gamit ang asido
metal leaching
pagkakalat ng metal
nutrient leaching
pagkakalat ng sustansya
soil leaching
pagkakalat sa lupa
leaching agent
ahente ng pagkakalat
water leaching
pagkakalat gamit ang tubig
The preparative process of phytin from degrease tikitiki by acid leaching and alkali neutralization was studied.The new process contidion of circulating water leaching was obtained.
Pinag-aralan ang proseso ng paghahanda ng phytin mula sa degrease tikitiki sa pamamagitan ng acid leaching at alkali neutralization. Nakuha ang bagong proseso ng kundisyon ng circulating water leaching.
Countering this problem,the commercial scale trail of oxygen rich leaching of peroxyl was carried out.
Bilang tugon sa problemang ito, isinagawa ang komersyal na pagsubok ng leaching ng peroxyl na mayaman sa oxygen.
The application of lead salt in the cyanide leaching operation can produce microcell in the surface of gold grain.
Ang paggamit ng lead salt sa cyanide leaching operation ay maaaring makagawa ng microcell sa ibabaw ng butil ng ginto.
Behavior of microbial dissimilatory reduction in the process of bioleaching metal oxide was researched to increase the leaching efficiency of marine manganese nodules.
Pinag-aralan ang pag-uugali ng microbial dissimilatory reduction sa proseso ng bioleaching metal oxide upang mapataas ang leaching efficiency ng marine manganese nodules.
The leaching process of the carotenoid (mainly lutein) from the sericulturist and the technology parameter are introduced in this paper.
Ipinakilala sa papel na ito ang leaching process ng carotenoid (lalo na ang lutein) mula sa sericulturist at ang teknolohiyang parameter.
The Sn granites are characterized by biotite and titanite as Sn-bearing minerals, which suffured hydrothermal alteration, leading to tin leaching and subsequent crystallization of cassiterite.
Ang Sn granites ay nailalarawan sa pamamagitan ng biotite at titanite bilang mga mineral na naglalaman ng Sn, na sumailalim sa hydrothermal alteration, na humahantong sa tin leaching at kasunod na crystallization ng cassiterite.
There are some independent minerals of Cd, which are secondary minerals formed during weathering and leaching, such as greenockite, otavite and oxides of Cd in the oxidized zone of the deposit.
Mayroong ilang independiyenteng mineral ng Cd, na mga sekundaryang mineral na nabuo sa panahon ng pagtanda at leaching, tulad ng greenockite, otavite at oxides ng Cd sa oxidized zone ng deposito.
The results of research show that the impurity of infusibility and metal ion has been removed after the leaching of calcium carbide residue, and the transform rate of hydrated lime up to about 88%.
Ipinapakita ng mga resulta ng pananaliksik na ang impurity ng infusibility at metal ion ay naalis pagkatapos ng leaching ng calcium carbide residue, at ang transform rate ng hydrated lime ay umabot sa humigit-kumulang 88%.
The process of decoppering through insoluble anode electrolysis in the solution produced by leaching high grade matte nickel using chlorine is intro-duced in this paper.
Ipinapakilala ng papel na ito ang proseso ng decoppering sa pamamagitan ng insoluble anode electrolysis sa solusyon na ginawa sa pamamagitan ng leaching high grade matte nickel gamit ang chlorine.
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