1.
Methods for chemical analysis of limestone and dolomite The determination of phosphorus content
GB/T3286.6-1998石灰石、白云石化学分析方法磷量的测定
2.
Methods for chemical analysis of limestone and dolomite The determination of sulphur content
GB/T3286.7-1998石灰石、白云石化学分析方法硫量的测定
3.
Crystalline dolostone is formed by seepage-reflux dolomitization and burial dolomitization.
晶粒白云岩有两种成因：一为回流渗透白云石化；二为深埋藏白云石化。
4.
Methods for chemical analysis of limestone and dolomite The determination of calcium oxide and magnesium oxide content
GB/T3286.1-1998石灰石、白云石化学分析方法氧化钙量和氧化镁量的测定
5.
Methods for chemical analysis of limestone and dolomite The determination of silicon dioxide content
GB/T3286.2-1998石灰石、白云石化学分析方法二氧化硅量的测定
6.
Methods for chemical analysis of limestone and dolomite The determination of aluminium oxide content
GB/T3286.3-1998石灰石、白云石化学分析方法氧化铝量的测定
7.
Methods for chemical analysis of limestone and dolomite The determination of carbon dioxide content
GB/T3286.9-1998石灰石、白云石化学分析方法二氧化碳量的测定
8.
Methods for chemical analysis of limestone and dolomite The determination of iron oxide content
GB/T3286.4-1998石灰石、白云石化学分析方法氧化铁量的测定
9.
Methods for chemical analysis of limestone and dolomite The determination of manganese oxide content
GB/T3286.5-1998石灰石、白云石化学分析方法氧化锰量的测定
10.
Methods for chemical analysis of limestone and dolomite The determination of loss on ignition
GB/T3286.8-1998石灰石、白云石化学分析方法灼烧减量的测定
11.
monohydrate dolomitic lime
单水化含白云石的石灰
12.
THE ECONOMICAL SCALE OF THE PRODUCTION OF HYDRATED BASIC MAGNESIUM CARBONATE,LIGHT MAGNESIA AND SUPERFINE MAGNESIUM CALCIUM CARBONATE FROM DOLOMIT BY CARBONATION.;
白云石碳化法生产两镁一钙经济规模
13.
Analyses on the Reason of Rocky Desertification Speed Difference of Dolomite and limestone in Mountain Area
白云岩和石灰岩山区石漠化速度差异原因分析
14.
The effect of chloride on the solubility of calcite and dolomite
氯化物对方解石和白云石矿物溶解度的影响
15.
bulk dolomite carrier
白云石运输船散装白云石船
16.
magnesian limestone
白云石, 含镁石灰岩
17.
calcite-dolomite thermometry
方解石-白云石测温法
18.
Effect of Calcining Process on Assimilation and Carbonation of Calcined Dolomite Slurry
白云石煅烧工艺对灰乳消化及碳化的影响