A review of the development of organic semiconductor composite photo - conductive materials and devices was followed by a proposal of the researching theme in this thesis. the effects of fabrication arts such as solvents, gradient, interfacial layer and configurations on the photoconductive properties of the single - layer chlorodiane blue azo / tiopc composite photoreceptors were systematically studied in chapter ii. the results showed that the solvent played a decisive role in the multiphase and multicomponent system composed of two photogeneration species ( chlorodiane blue azo and tiopc ), a transporting material ( hydrozone ) and polymer binder ; 1, 4 - dioxane, as an amphiphilic solvent can effectively disperse and stabilize such multiphase and multicomponent systems, the derived photoreceptors presented improved photoconductive properties superior to those of dual - layer counterparts and demonstrated the evident synergetic enhancement and complementary effects ( eg
結果表明：在由兩種光生材料氯丹藍偶氮和酞菁氧
鈦、傳輸材料萘苯腙以及聚合物介質組成
的多相多組分復合體系中，分散溶劑是至關重要
的因素，二氧六環作為典型
的雙親性溶劑，有效地分散和穩定了該多相多組分復合體系，得到
的復合單層光導體
的光敏性在整體上優于雙層光導體，復合材料在可見光和近紅外光區分別表現出
的偶氮和酞菁氧
鈦的光敏性（如azo / tiopc = 8 / 2 ， cgm / ctm / pc = 1 / 120 / 120時，具有明顯
的互補效應；在近紅外光區明顯高於酞菁氧
鈦與偶氮光敏性
的線性加和，表現出協同增強正效應。
The uv - visible spectral evolution with particle radium was explained by exciton - coupling theory, it suggested that the change of crystal polymorphs was induced by nanofication - treatment. photoinduced discharge experiments showed a trend that the higher photosensitivity was corresponding to the smaller particle radium ( eg
利用激子偶合理論成功地解釋了納米化對酞菁氧
鈦的uv - vis吸收光譜
的影響，證明納米化改變了酞菁氧
鈦的晶型。
Preparation of rutile titania nanoparticles at low temperature
金紅石相納米二氧化
鈦的制備
Method for atomic emission spectrometric analysis of titanium
鈦的原子發射光譜分析法
Testing methods for brinell hardness of titanium sponge
海棉
鈦的布氏硬度測試方法
Kool - stop dual compound insert pads and titanium hardware have been used to keep the total weight to 28 grams per pair
庫爾一站式雙重復合插入墊和
鈦的硬體已被用來保持總重量28克一雙。
The project " the compound chlorides device and technology for producing titanium tetrachloride " was checked and accepted by the tianjin scientific committee in 2004 and awarded the first - grade prize of innovative exploitation technology of v - ti resources of sichuan province
「制備四氯化
鈦的復合流化床氯化裝置與工藝技術」 （國家計委攀枝花釩
鈦資源綜合利用項目） 2004年通過四川省科技廳
的科技成果鑒定（排名第1 ） ，並獲得四川省釩
鈦資源開發技術創新基礎研究成果一等獎。
At present, uv radiation is the most common method used for disinfection of fish tank water. other methods used are ozone, copper - silver ionization and photocatalytic oxidation technology with the use of uv radiation and titanium dioxide
現時最常用
的魚缸水消毒方法是紫外線輻射，其他方法包括臭氧消毒法銅銀電離化法，以及使用紫外線輻射及二氧化
鈦的光催化技術。
Chemical analysis of ferro - titanium. titrimetric determination of titanium
鈦鐵
的化學分析.
鈦的滴定法測定
Method for the determination of mgo, sio sub2 ;, cao. fe sub2 ; o sub3 ;, alo sub3 ;, mno, tio sub2 ; contents in magnesite for export - x - ray fluorescence spectrometric method
出口鎂砂中
的氧化鎂氧化硅氧化鈣氧化鐵氧化鋁氧化錳氧化
鈦的測定x射線熒光光譜法
The analyses of their microstructure showed that comparing with zl101 that contained no titanium, the trace amounts of titanium in alloys caused grain refining of al - l % si in zl101a prepared from electrolytic low content titanium aluminum alloy ( i. e. alti101a ) and zl101a prepared from electrolytic al - si - ti alloy ( i. e. ast101a ), and the grain size distribution became more even, whereas the trace amounts of titanium have little influence on the size and shape of si particles in these alloys
微觀組織分析結果表明，相對于不含
鈦的zl101 ，微量
的鈦可以使電解低
鈦鋁合金制備
的zl101a （ alti101a ）和電解鋁硅
鈦合金制備
的zl101a （ ast101a ）
的（ al ）相
的晶粒細化，晶粒大小分佈均勻，但對它們
的si粒子尺寸和形貌影響不大。
It ' s a titanium supercharger ! - yeah
-是
鈦的機械增壓器-對
- it ' s a titanium supercharger ! - yeah
-是
鈦的機械增壓器-對
A useful method to distinguish the categories of titanium oxides is found according to their diameter and cooling rates
此外，可以根據冷卻速率和凝固后氧化
鈦的尺寸判斷氧化
鈦是凝固前形成
的一次氧化物還是凝固過程中產生
的二次氧化物。
The method of preparing the uniform coating, the techniques of thermal bonding and hydrogen plasma treatment was investigated experimentally. the optimum coating method and technological parameters was summarized
重點探索了塗覆金剛石納米塗層
的方法、實現金剛石與金屬
鈦的熱粘接工藝以及氫等離子體處理
的工藝參數，篩選出了在本實驗系統中
的最佳方法和工藝條件。
However, the knowledge on relationship between bioactivity and surface characterization of titanium, i. e., the bioactivating mechanism of titanium has been insufficient yet
然而，關于鈦的表面表徵與生物活性的關系，即鈦的生物活化機理，迄今還沒有充分的認識。
