1.
Degradation of Direct Acid Proof Scarlet 4BS in Wastewater by Photocatalyst BiVO_4 under Visible Light
可见光催化剂BiVO_4降解废水中直接耐酸大红4BS
2.
ABSORPTIVE PROPERTIES OF EXPANDED GRAPHITE ON DIRECT RED 4B
膨胀石墨对废水中直接大红4B吸附脱色性能研究
3.
The comparative studies of the degradation of 4BS with the nanometer TiO_2 and with the Fenton reagent;
纳米二氧化钛与Fenton试剂光催化降解直接耐酸大红的研究
4.
Study of Means of Deposal of Wastewater Containing Direct Fast Scarlet(4BS)Dye by Non-heterogeneous UV/Fenton Reaction;
非均相UV／Fenton反应处理直接耐酸大红染料废水方法研究
5.
Unlike ground based command sites that are vulnerable to attack,the E-4B has the mobility to escape direct assault.
不像易受攻击的地面指挥所，E-4B具有躲避直接攻击的机动能力。
6.
Degradation and mechanism of direct fast black G with ferrate solution
高铁酸盐溶液氧化直接耐晒黑G的效果及机理
7.
In-situ Infrared Study on Direct Synthesis of Diethyl Carbonate from Ethanol and CO_2
乙醇和CO_2直接合成碳酸二乙酯的原位红外研究
8.
PHOTOCATALYTIC DEGRADATION OF DIRECT RED 4BS BY TIO_2 SOL/UV
TiO_2溶胶/UV催化降解直接大红4BS
9.
Heat-resistant acrylic adhesives.
耐热的丙烯酸粘接剂
10.
Butt-jointed Seam Saddle Welding for Clad Plate of Low Content Alloy and Heat-Resistant Steel & Major Diameter Thick-walled Tube
低合金耐热钢复合板与大直径厚壁接管马鞍形对接焊
11.
Biosorption of direct scarlet dye on magnetically modified Saccharomyces cerevisiae cells
磁修饰酵母对直接大红染料的生物吸附
12.
None of them would have to take direct responsibility if stopping the Cardinal turned out to be a gigantic mistake.
如果停止生产红雀是大错的话，他们谁也没有直接责任。
13.
Isolation and Characteristics of Fungus on Absorption and Decolorization Dye of Direct Scarlet 4BE
直接大红4BE染料吸附脱色真菌的分离及特性研究
14.
IR ananlysis shows that graft copolyxnerization took place on the tertiary carbon atom of PP molecular chain.
红外光谱分析表明，丙烯酸接枝在聚丙烯大分子链的叔碳原子上。
15.
Chlorazol fast dyes
克罗腊素尔耐晒染料（直接耐晒染料,商名,英国制）
16.
Effect of scorpion venom heat-resistant protein on expression of proenkephalin in kainc acid-induced seizure rats' hippocampus
蝎毒耐热蛋白对红藻氨酸诱导癫痫大鼠海马内前脑啡肽原表达的影响
17.
When prepared the acidic oil from the soy oil soapstock, two processes that were direct acidification and acid hydrolysis after saponification were compared.
用大豆油皂脚制备酸化油,比较了直接酸化法和皂化酸解法两种工艺。
18.
Advantage: Strong intensity, antifriction, wearable, anti-rotten, acid and alkali resistant, simple and portable, safety and applicable.
优点：强度大、耐磨、耐用、耐腐烂、耐酸碱，简易轻便，安全适用。