它被发现是一种致敏物质(敏化剂)，对某些人能引起严重的反应。
It has been found to be a sensitizer and causes severe reactions in some people.
认为这类化合物是有效的新型光敏化剂。
Results indicated that the new type of sensitizers is an efficient one.
实验结果还表明，不同的光敏化剂的影响效果各异。
According to the experimental results, the effect of every photosensitizer was different.
本文对敏化剂的作用机理、修饰电极的光增感作用进行了探讨。
This paper studied the action mechanism of the sensitizer and the photosensitive action of the modified electrode.
因此，LLDPE粉料不适于添加光敏化剂加工成可控降解塑料。
So LLDPE powder material should not be processed to degradable plastics by adding photo-sensitizers.
采用罗丹明-B与香豆素混合的方法，配制成敏化剂修饰纳米晶薄膜。
The dye Rhodamine B and coumarin mixture is used to sensitize nanocrystalline porous films.
已经证实，EDTA是一种非常有效的辐射敏化剂，能显著地提高染色体畸变率。
It has been proved that EDTA was a very effective sensitizing agent and increased the chromosome aberration evidently.
考察了敏化剂的用量、反应物初始浓度、反应时间和溶剂对降冰片二烯光敏异构化反应的影响。
The effects of concentration of sensitizer, initial concentration of norbornadiene, reaction time and solvents on conversion of norbornadiene and selectivity of quadricyclane were investigated.
木粉是粉状硝铵工业炸药常用的固体碳氢类可燃剂，同时起到了敏化剂和疏松剂的作用，然而对其的改性研究较少。
Sawdust is one of solid combustible agent used in powder ammonium nitrate industrial explosive, which acts as sensitizer and looseness, but modification research on sawdust is little.
二氰基蒽（DCA）敏化的电子转移光氧化使桃金娘烯醇的产率略有改善，但是，添加联苯作共敏化剂使产率几乎翻了一番。
The yield of myrtenol (II) is a little improved by electron-transfer photooxygenation with dicyanoanthracene (DCA), but is almost double by the addition of biphenyl as cosensitizer.
在DMSO - H_2O混合溶剂中，用TPP和它的四种金属络合物作为敏化剂，EDTA作为电子给体，经可见光照射，成功地还原了甲基紫精。
In DMSO-H2O mixture, using TPP and metal TPP's as sensitizers, EDTA as electron donor, methyl viologen was reduced to the blue methyl viologen cation radical upon irradiation with white light.
在DMSO - H_2O混合溶剂中，用TPP和它的四种金属络合物作为敏化剂，EDTA作为电子给体，经可见光照射，成功地还原了甲基紫精。
In DMSO-H2O mixture, using TPP and metal TPP's as sensitizers, EDTA as electron donor, methyl viologen was reduced to the blue methyl viologen cation radical upon irradiation with white light.
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