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说明：双击或选中下面任意单词，将显示该词的音标、读音、翻译等；选中中文或多个词，将显示翻译。
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1) bauxite exploiting and developing
铝土矿开发
2) developing of rare earth mine
稀土矿开发
1.
Irrational developing of rare earth mine in Chongdonggou watershed,Xinfeng County,induced to serious sediment silting in the river channel,and the total silting sediment was 30 193 t in the 7 500 m river channel estimated by measuring the silting section.
调查结果发现,河流中淤积的泥沙主要来源于稀土矿开发的尾矿流失;土壤流失量高到99 730 t/km2,年平均侵蚀模数为34 000 t/(km2。
3) bauxite
[英]['bɔ:ksaɪt] [美]['bɔksaɪt]
铝土矿
1.
Study on Sedimentation Performance of Henan Low Grade Bauxite;
河南低品位铝土矿精矿沉降性能的研究
2.
Study on stability three-phase foam of bauxite flotation;
铝土矿浮选三相泡沫稳定性研究
3.
Study on the Characteristics and Sedimentation Capability of Bauxite Flotation Tailings;
铝土矿选矿尾矿性质及沉降性能研究
4) bauxite deposit
铝土矿床
1.
Geological characteristics,prospecting indicators and resource potential analysis of Hongsheke bauxite deposit in Yanshan county,Yunnan;
云南省砚山县红舍克铝土矿床地质特征、找矿标志及资源潜力分析
2.
Geological characteristics of Wachangping bauxite deposit in Wuchuan,Guizhou Province
贵州务川瓦厂坪铝土矿床地质特征
3.
Based on summing up the geological characteristics of bauxite deposit in Naban Area,Tiandong County,Guangxi Zhuang Autonomous Region,this paper analyzes the prospecting potential of bauxite in this area.
在总结广西田东县那板地区铝土矿床地质特征的基础上,对该区铝土矿的找矿前景进行了初步的分析。
5) bauxite ore
铝土矿
1.
A leaching process for the pre-desiliconization of bauxite ore by high concentration NaOH solution under the atmospheric pressure was studied.
探讨了常压下高浓度NaOH浸取铝土矿的预脱硅过程中初始NaOH浓度、反应温度、浸出时间和碱矿比等因素对氧化铝、氧化硅浸出率及剩余固相中铝硅比的影响,并得出动力学方程。
2.
This paper explored two kinds of desilication process of some bauxite ore in Guizhou.
对贵州某铝土矿矿样的两种脱硅工艺流程进行了探讨,试验结果证明该矿石结构构造不适宜采用选择性磨矿工艺;采用正浮选脱硅工艺,其铝硅比和Al2O3精矿的回收率均达到了厂家要求,并且该流程工艺简单,容易在矿山生产中实现。
3.
Study is made of the feasibility of RE extraction from RE-containing bauxite ore newly found in somewhere in China.
对我国某地新发现的含有少量稀土元素的铝土矿,探讨了用离子交换法,采用盐溶液渗滤浸出及搅拌浸出提取稀土的可能性。
6) black bauxite
黑铝土矿
1.
The study on black bauxite's digestion performance of guizhou;
贵州黑铝土矿溶出性能研究
2.
Guizhou has a great reserve of black bauxite,with high content of alumina and A/S(ratio of alumina to silicon dioxide),but high sulphur and organism substance.
贵州黑铝土矿贮量丰富,氧化铝含量较高,A/S较大。
补充资料：Pro/E二次开发使用toolkit开发trigger的程序
使用toolkit开发trigger的程序时,往往需要能够连续通过trigger来触发dll中的函数.
我碰到的问题:
1.配置trigger:
Name: CimDll
Event: Create PIV
Time: POST
RequireNO
DLL:Cim.dll
Function:PDMTPIVCreatePostOperation
2.源代码:
int PDMDLLInit()
{
PTCERROR pdm_status;
FILE *g_pfileLog;
g_pfileLog =fopen("test.dat","w");
setbuf(g_pfileLog,NULL);
fprintf(g_pfileLog,"begin test\n");
pdm_status = PDMTriggerRegister("PDMTPIVCreatePostOperation", PDMTPIVCreatePostOperation);
if (pdm_status != PDM_SUCCESS)
{
printf("Failed to Register Trigger PIV Create Post.\n");
}
return (pdm_status);
} int PDMTPIVCreatePostOperation(int argc, void **argv)
{
fprintf(g_pfileLog,"test\n");
.....
fprintf(g_pfileLog,"end test\n");
fclose(g_pfileLog); } 结果:以上代码存在的问题:如果我们在第一次checkin到C/S中后,删除test.dat文件,然后再进行checkin时,发现没有再生成test.dat,在函数PDMTPIVCreatePostOperation()中所进行的对文件的操作都无效.
原因:我们使用trigger触发时,真正起作用的是函数:PDMTPIVCreatePostOperation(),而PDMDLLInit()只是在第一次checkin时起作用,所以在第一次调用PDMTPIVCreatePostOperation()后,我就fclose(g_pfileLog),所以出现了上面的情况.所以注意的是:不要把一些重要的东西放在函数PDMDLLInit()中.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条
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