1) W-bearing quartz veins
含钨石英脉
1.
For the purpose of studying the chronology of the deposit,five molybdenite samples from the paragenetic wolframite in the W-bearing quartz veins were selected to do the Re-Os dating,yielding an isochrone age of 150.
为了确定该矿床的成矿时代,笔者选取了浒坑含钨石英脉中与黑钨矿共生的辉钼矿进行了高精度Re-Os同位素定年,并获得5个辉钼矿样品的Re-Os等时线年龄和模式加权平均年龄分别为150。
2) gold-bearing quartz vein
含金石英脉
1.
A U-Pb isotope age of individual zircon grains in sulfide-rich gold-bearing quartz veins show that the early Caledonian is the main mineralization epoch, and the metallogenetic age is 492±16Ma.
富硫化物含金石英脉中单颗粒锆石U- Pb同位素测年显示早加里东期是河台金矿床主成矿期,成矿年龄为4 92±16 Ma;矿区燕山期伍村花岗岩的单颗粒锆石年龄为15 3。
2.
Apatite crystals in gold-bearing quartz vein from the Bitan Au-Ag-Cu deposit, Fujian Province, display bright yellowish-green luminescence with the characteristic emission bands at 570-580 nm.
碧田Au Ag Cu矿床含金石英脉中的磷灰石在阴极射线激发下发明亮的黄绿色光 ,特征峰波长为 5 70～5 80nm。
3.
Such technology for extracting gold as whole mud cyanidation, amalgamation-whole mud cyanidation, and amalgamation-carbon leaching have been successfully applied tothe ores of gold-bearing quartz vein from Kaihuangbei gold deposit, Dulan County, Qinghai.
青海省都兰县开荒北金矿含金石英脉型矿石,采用全泥氰化、混汞—全泥氰化,混汞—炭浸法等提金工艺,都获得较好指标。
3) auriferous quartz vein
含金石英脉
1.
A study of micromorphology of quartz crystals from auriferous quartz veins in the Xiaoqinling gold deposit;
小秦岭金矿含金石英脉中石英晶体微形貌研究
2.
The geochemical characteristics of REE in the auriferous quartz veins indicate that the ore forming f.
含金石英脉的稀土元素地球化学特征表明成矿流体具有多源性。
3.
The negative striations and micromorphology of pyrite crystals on a {210} face in the auriferous quartz vein were studied by means of differential interference microscope,SEM and TEM.
利用微分干涉显微镜、扫描电镜、透射电镜等对小秦岭金矿含金石英脉中黄铁矿晶体的表面微形貌进行了研究。
4) Au-bearing quartz vein
含金石英脉
1.
Ore bodies consists of Au-bearing quartz veins and the alteration rocks between them and ore grade depends on number of the quartz vein.
矿床 (体 )由含金石英脉与其间蚀变岩组成 ,品位高低决定于含金石英脉的数量。
6) Amethyst bearing quartz vein
含晶石英脉
补充资料：为再结合熔融石英制品、熔融石英陶瓷制品
分子式：
CAS号：
性质：又称为再结合熔融石英制品、熔融石英陶瓷制品或石英玻璃烧结制品。具有良好的化学稳定性。抗酸性和抗冲刷性强。高温机械强度大。热膨胀系数低。气孔率低。导电率低。但在1100℃以上长期使用时，制品中的石英会向方石英转变，使制品产生裂纹和剥落。以熔融石英为原料，经粉碎、成型、干燥、烧成而制得。制法有泥浆浇注法、蜡注法、捣打法、半干压法和等静压成型等。由于在烧成时收缩小，可以制得尺寸精确的制品。可用于制作耐酸容器、反应罐内衬耐酸部件等。冶金工业中用其制成浸入式水口，使用效果很好。
CAS号：
性质：又称为再结合熔融石英制品、熔融石英陶瓷制品或石英玻璃烧结制品。具有良好的化学稳定性。抗酸性和抗冲刷性强。高温机械强度大。热膨胀系数低。气孔率低。导电率低。但在1100℃以上长期使用时，制品中的石英会向方石英转变，使制品产生裂纹和剥落。以熔融石英为原料，经粉碎、成型、干燥、烧成而制得。制法有泥浆浇注法、蜡注法、捣打法、半干压法和等静压成型等。由于在烧成时收缩小，可以制得尺寸精确的制品。可用于制作耐酸容器、反应罐内衬耐酸部件等。冶金工业中用其制成浸入式水口，使用效果很好。
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参考词条