电气石

基本解释 (translations)

tourmaline  ·  tourmalin  ·  taltalite  ·  verdelite

词组短语

Brazinan chrysolite

与电气石相关的网络例句 [注：此内容来源于网络，仅供参考]

The results: the phase transferring range of TiO2 is between 600-750℃; with the doping of tourmaline, the UV-VIS adsorption spectrum of Nd/TiO2 was basically not affected, and showed a gradual Einstein shift with the increase of calcined temperature between 300-750℃; OH intensity of Nd/TiO2 could be enhanced both in irradiation and in no irradiation when tourmaline was added in it; the doping of 0.6% tourmaline led to the best photocatalytic activity of Nd/TiO2 and the best photocatalytic effect appeared when calcined at 600℃.

结果发现TiO2的相变转化区间在600~750℃范围内；电气石掺入对Nd/TiO2材料的光吸收范围基本没有影响，在300~750℃范围煅烧后，随温度升高UV-VIS图谱有逐渐红移现象；电气石的加入使得Nd/TiO2材料在光照及未光照条件下都起到增强OH强度的作用；在Nd/TiO2材料中掺入0.6%的电气石获得最好的光催化活性，600℃下煅烧光催化效果较优。

It was found that the Schorl or dravite in schorl-dravite group that is produced from pegmatite and has good crystal degree had a strong intensity of spontaneous polarity by electron-beam bombardment and X-ray diffraction of varying the temperature.

利用电子束轰击结合变温XRD分析发现在Schorl-dravite系列电气石中，产于伟晶岩的，结晶度比较高的Mg电气石或Fe电气石具有较高的自发极化强度。

The properties of electric attraction and repellence were found.

从电气石粉体的扫描电镜照片中发现，电气石颗粒间存在吸引与排斥；在电子探针研究中，首次直接观察到了电气石颗粒的自发极化产生的电极性。

Tourmaline is the name for a group of related minerals; red tourmaline also can be called rubellite.

电气石的名称是为一组相关的矿物；红色电气石，也可被称为红电气石。

What this thesis focuses is Dravite occurring in pegmatites from Hebei and Schorl fromXinjiang, in addition, Schorl from Inner Mongolia, Dravite occurring in metamorphic rocksfrom Hebei and Elbaite from Henan.

本文的主要研究对象为河北伟晶岩镁电气石和新疆铁电气石，另外还有内蒙古铁电气石、河北变质岩镁电气石和河南锂电气石。

In the study of infrared radiation character, different species of tourmaline and Draviteoccurring in pegmatites from Hebei that are different in granularity and heattreatmenttemperature are chose for infrared radiation ratio testing. The result shows:The infraredradiation ratio of tourmaline powder is above 0.80 when the surrounding temperature is 20℃and the testing temperature is below 100℃;Schorl has a close infrared radiation ratio to Dravite,which is higher than Elbaite;No matter to Dravite or Schorl, as the content of ferric oxideincreases, the infrared radiation ratio decreases;tourmaline's size is smaller, its infraredradiation ratio is higher;after tourmaline is heat-treated under 800℃, its infrared radiation ratiodeclines;Dravite heat-treated at 800℃ has the highest infrared radiation ratio, 0.90;andDravite's structure suffers from destruction above 900℃ heattreatment, so its infrared radiationratio goes down.

在红外辐射特性的研究中，本文选择了不同种属电气石、不同粒度和不同热处理温度河北伟晶岩镁电气石进行红外发射率的测试，结果表明：在环境温度为20℃、测试温度为100℃下，电气石粉体红外发射率均在0.80以上；铁、镁电气石红外发射率相近，且大于锂电气石；不论在铁电气石还是在镁电气石中，随氧化铁质量分数的增加，红外辐射率下降；电气石粒径越小，红外发射率越高；电气石在低于800℃以下温度的热处理后，红外发射率下降，800℃热处理电气石红外发射率最高，为0.90，900℃以上电气石结构遭到破坏，红外发射率降低。

The effects of temperature, and amount of stearic acid on the surficial modification to tourmaline are studied.

采用硬脂酸对电气石进行表面改性，研究了温度，时间和改性剂添加量等因素对电气石改性效果的影响用活化指数和IR对改性前后的电气石进行了表征及机理分析。

TEM shows that drying by direct heating might result in hard aggregation of the tourmaline powder, while hard aggregation might be avoided by azeotropic distillation. Raman spectroscopy reveals that there are O_H and C_H on the surfaces of the tourmaline powder obtained by azeotropic distillation, which indicates that butoxy is chemically adsorbed on the surfaces of tourmaline particles, but not adsorbed on those formed by direct drying. X_ray powder diffraction shows that the intensity of diffraction peaks decreases after grinding. There is no damage to the tourmaline crystal lattice in the process of direct heating, azeotropic distillation, or ultrafine grinding.

透射电镜分析结果表明，直接加热脱去水或正丁醇会使电气石超细颗粒发生硬团聚，而共沸蒸馏法则可有效防止硬团聚的产生；拉曼光谱结果表明，共沸蒸馏法制备的电气石粉末表面存在O—H和C—H键，说明正丁醇在颗粒表面为化学吸附，而直接干燥法得到的电气石粉末表面则没有；X射线粉晶衍射结果表明，研磨过程降低了粉末衍射峰的强度，但直接加热干燥和共沸蒸馏干燥均未破坏电气石的晶格结构。

The germinative number of horsebeans and peas were raised by 44% with activated water by tourmaline. 200μl 1 X 10~6/ml mouse's H_(22) cell, 200μ 4X 10~6/ml splenic cell, 200μl 1 × 10~6/ml epidermal cell were all inhibited after the action of tourmaline. It is analyzed that the factors which effected the multiplication of the cells included direct action which are tourmaline's electric field, far-infrared, negative ions and solvent ions, and indirect effect which are small water clusters and pH value.

电气石活化水使蚕豆和绿豌豆种子发芽速度均提高44%。0.5g电气石分别对200μl 1×10~6/ml的小白鼠H_(22)肝癌细胞，对200μl 4×10~6/ml小白鼠脾细胞，对200μl 1×10~6/ml的小白鼠表皮细胞的增殖起抑制作用，分析认为，电气石影响细胞增殖的因素包括电场、红外线、负离子和溶出离子对细胞的直接作用和通过改变水分子结构、培养基pH值的间接作用。

Tourmaline Series: Crystal-like tourmaline, fibrous tourmaline, black tourmaline, pink tourmaline, tourmaline tourmaline gravel and all kinds of products.

电气石系列：晶体状电气石、纤维状电气石、黑色电气石、粉红色电气石、电气石碎石及各种电气石制品。

与电气石相关的网络解释 [注：此内容来源于网络，仅供参考]

achroite：无色碧玺(又称电气石)

achirite 透视石 | achroite 无色碧玺(又称电气石) | 如需转载请注明来自FanE『翻译中国』

rubellite：红碧玺,红锂电气石

rubbish 碎屑钻石,废钻石 | rubellite 红碧玺,红锂电气石 | rubino-di-rocca 紫红榴石

Schorl：黑电气石

schistosity 片理 | schorl 黑电气石 | schorlite 黑电气石

Schorl：黑电气石(黑碧)

黝方锥霞白榴岩 schorenbergite | 黑电气石(黑碧) schorl | 含黑电气石的 schorlaceous

Schorl：黑电气石,黑碧玺

"水磷铁锰锌矿","Schoonerite" | "黑电气石,黑碧玺","schorl" | "细粒黑电气石岩","schorl rock"

aphrizite：泡沸电气石,黑电气石

"鳞方解石","aphrite" | "泡沸电气石,黑电气石","aphrizite" | "泡石","aphrodite"

luxulianite：电气石花岗岩

luxon 特罗兰 | luxulianite 电气石花岗岩 | luxullianite 电气石花岗岩

schorlaceous rock：含黑电气石

黑电气石 schorl; schorlite | 含黑电气石 schorlaceous rock | 钛榴石 schorlomite

tourmaline：电气石

电气石(Tourmaline)是一种自然矿物,也被認為是一种相当昂的宝石. 它含有独特的放电作用而使身体受益.电气石能放射微量电流、制造远红外线及使湿空气变成负离子.跟机械制成的负离子不同之处是电气石所产生的负离子是完全自然、安全的、沒有任何副作用. 实际很多电气石的好处可归功于它能放射的负离子.

indigolite：蓝电气石

蓝电气石 indicolite | 蓝电气石 indigolite | 蓝方安山岩 hauyne-andesite