They named it Technetium to emphasize that it was artificially created with technology.
他们把它命名为Technetium，是为了强调它是用人工和技术相结合而创造的。
As Masurium, it was the first element discovered that occurs in nature only from spontaneous fission, and as Technetium, it was the first element discovered in a laboratory.
作为Masurium，它是在自然界中发现的第一种只能通过自然裂变产生的元素；作为锝，它是在实验室中发现的第一种元素。
Technetium-99 is obtained from Molybdenum-99.
锝- 99从钼- 99中获取。
Technetium is number 43 on the periodic table.
锝是元素周期表中第43号元素。
Technetium was discovered in certain cool stars.
锝是在一些冷却的星体上发现的。
The common colloid was Patent blue V or 99m-Technetium labeled sulfur colloid.
常用胶体为专利硕土研究生论文蓝及放射性一得标记的胶体。
They both have practical theory, deep technetium customers to recognize and trust.
他们既有理论又有实践，深锝广大客户的认可和信赖。
In order to look for some geologic materials that can retard technetium and iodine on them.
为了寻找能阻滞锝、碘迂移的地质材料。
They turned out to be the undiscovered elements scandium, gallium, technetium and germanium.
那时还没发现的元素就是钪，镓，锗和锝。
Little research on extraction kinetics of technetium was reported, which is the aim of this work.
关于锝萃取动力学的研究目前很少见报道，因此有必要开展这方面的研究工作。
Main products of the company includes liquid Phytic acid, solid Phytic acid and kinds of Technetium.
本公司的主要产品有液体植酸、固体植酸和各种植酸盐类。
The researchers conducted fundamental chemistry tests to better understand technetium-99 and its unique challenges for storage.
研究人员进行了基础化学实验，了解锝- 99的特性及其存储方面的独特挑战。
Technetium-99 is a byproduct of plutonium weapons production and is considered a major U. S. challenge for environmental cleanup.
锝- 99是武器级钚生产的副产物，它被认为是美国环境净化的主要挑战。
Its two most common isotopes are Technetium-98 and Technetium-99. Technetium-99 is synthetically produced by the beta decay of Molybdenum-99.
它最常见的两种同位素是锝- 98和锝- 99。锝- 99是人工制造的，由钼- 99贝塔衰变得到。
Because technetium compounds are challenging to work with, earlier research has used less volatile substitutes to try to understand the material's behavior.
因为从事锝化合物研究是一项难度很大的工作，所以早期研究使用不易挥发的替代品来研究这种材料的特性。
Technetium is believed to be the most important isotope that enables to perform treatment and diagnostics of oncology patients at a totally new and advanced level.
专家认为锝元素在治疗与诊断肿瘤病人方面将成为最为重要的元素，它的应用将会把肿瘤治疗提高到一个全新的水平。
These materials can be considered as selected backfill materials to improve capability of depository for preventing iodine and technetium ions from migrating.
这些材料可被考虑用作回填材料的候选组分，以提高处置库阻滞碘、锝阴离子迁移的能力。
But researchers have been stymied because not all the technetium-99 is incorporated into the glass and volatilized gas must be recycled back into the melter system.
但研究人员一直没有成功，因为不是所有的锝- 99都能纳入到玻璃容器中，挥发性气体也必须被回收到熔化系统里。
"The structure and spectral signatures of these compounds will aid in refining the understanding of technetium incorporation into nuclear waste glasses, " said McCloy.
“这类化合物的结构和光谱特征，有助于我们加深将锝注入核废料玻璃容器的理解，”麦克洛伊说。
November also saw the publication of a report by an expert panel charged with investigating ways to secure Canada's supply of medical isotopes, technetium-99m in particular.
一个专家组也在11月发布了报告，它为保护加拿大医用同位素，尤其是对锝99m的供应进行的调研方式此前遭到了指责。
A Washington State University study of the chemistry of technetium-99 has improved understanding of the challenging nuclear waste and could lead to better cleanup methods.
华盛顿州立大学一项有关锝- 99的化学研究，提升了我们对这种具有挑战性的核废料的认知，而且会让我们找到更好的清理方法。
The work has researched in adsorption and desorption of iodine and technetium on brass ore, lead glance, rare-earth hematite, antimony glance, molybdenite and iron pyrites and so on.
本工作研究了黄铜矿，方铅矿、稀土赤铁矿，辉锑矿，辉钼矿，黄铁矿等六种矿物对碘和锝的吸附和解吸。
To explore the synthetic methods of phosphine mixed complexes of technetium-99m and look for new heart imaging agents, one N3S ligand (MVNE) and three phosphine ligands were synthesized.
为探索锝膦混配配合物的制备方法，寻找新的心肌显像剂，合成了一个新的N3S配体(MVNE)和3个膦配体。
To explore the synthetic methods of phosphine mixed complexes of technetium-99m and look for new heart imaging agents, one N3S ligand (MVNE) and three phosphine ligands were synthesized.
为探索锝膦混配配合物的制备方法，寻找新的心肌显像剂，合成了一个新的N3S配体(MVNE)和3个膦配体。
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