磷酸鹽玻璃 的英文怎麼說

中文拼音 [līnsuānyánbōlí]
磷酸鹽玻璃 英文
pho hate gla
  • 磷 : 名詞[化學] phosphorus （15號元素,符號p）
  • 酸 : 酸構詞成分。
  • 鹽 : 名詞1. （食鹽; 鹽類） salt 2. （姓氏） a surname
  • 磷酸鹽 : [化學] phosphas phosphate; phosphate磷酸鹽玻璃 [材料] phosphate glass; 磷酸鹽肥料 phosphate ferti...
  • 磷酸 : [無機化學] orthophosphoric acid; phosphoric acid磷酸胺 [化學] phosphamide; ammonium phosphate; 磷...
  • 玻璃 : 1. （一種質地硬而脆的透明物體） glass 2. [口語] （指某些像玻璃一樣透明的尼龍、塑料等） nylon; plastic
  1. This study adopted the ion compound antibacterial to produce the materials of antibacterial glass. two kinds of different carriers are used in this experiment, phosphate and borate system. the antibacterial glass material, which is added ag +, zn2 + through some carriers, has excellent antibacterial property against escherichia coli and staphylococcus aurous

    實驗中採用兩種不同的玻璃載體體系，即磷酸鹽載體和硼硅酸鹽載體，將銀、鋅離子以一定的方式直接加入到玻璃生產的配合料中，一次性熔製成形，能夠制備出對大腸桿菌、金黃色葡萄球菌等細菌具有良好抗菌效果的抗菌玻璃材料。
  2. Each chemic and physical characteristics of phosphate glass is discribed, the compounding and fabrication of er / yb co - doped phosphate gain material are argued

    對磷酸鹽玻璃的各種成份進行了測試，然後通過熔制得到鉺鐿共摻磷酸鹽增益玻璃材料。
  3. Then after analysising each characteristics of phosphate glass material, the fiber rod - in - tube by invaginating core rod, inside cladding and outside cladding is used to fabricate the er / yb phosphate glass fiber successfully by polishing and vacuumizing fiber rod - in - tube. finally some techniques, such as cladding pump, prism coupling pump and fusing pump are used to measure the gain of fiber amplifiers

    最後對拉制出的光纖提出了包層泵浦、棱鏡耦合泵浦和熔接耦合泵浦三種可行的增益和傳輸特性測試測方案，並針對鉺鐿共摻磷酸鹽玻璃光纖的特性，指出了熔接耦合是測試增益和傳輸特性的最佳方案。
  4. A new scintillator of lead - tin - fluorophosphate glass doped with p - terphenyl

    氟磷酸鹽閃爍玻璃的研究
  5. A new laser source of optical communication, erbium - ytterbium codoped phosphate glass waveguide laser that was provided with more prominent performance than semiconductor distribution feedback ( dfb ) laser, has been investigated globally from 1990s. the laser can meet many rigorous demands of wdm systems. the 1. 54 m laser emitted by the laser accords with the interrelated standard of international telecommunications union ( itu ), therefore, a splendent foreground can be predicted about this kind of laser in future optical communication

    基於鉺、鐿摻雜磷酸鹽玻璃基片的光波導激光器是一種新型通信光源，具有傳統的分佈反饋半導體激光器所不能比擬的優點，能滿足波分復用/密集波分復用技術對光源提出的諸多高新要求，所發射的1 . 54 m激光符合國際電信聯盟規范，在未來光通信中有著廣闊的發展前景。
  6. The summary about this paper is as follows : by adjusting the composition of the glass, the author prepared two kinds of glassy laser material : tellurite glass ( shorten form : tbzre ) and phosphate glass ( shorten form : npre - 1 )

    具體內容如下： 1 ）通過調整配料組份，制備出了兩種新型的玻璃激光材料：亞碲酸鹽玻璃（簡稱tbzre ）和磷酸鹽玻璃（簡稱npre - 1 ） 。
  7. Research on preparation and luminescence of rare earth doped tellurite and phosphate glassy laser materials is author ' s mainly researched topics. in addition, the author has also studied for the application about the two kinds of materials

    作者碩士期間所作工作主要是摻稀土亞碲酸鹽和磷酸鹽玻璃激光材料的制備和發光的研究，在這基礎上對它們的應用也作了相應探討。
  8. Abstract : this article is about two series of borate and phosphate comprising seven directions. the experiment result shows that both of the two gl ass antioxidants can reduce apparent porosity ， raise oxidation resistance and th e crushing strenth after fire ， but lower refractoriness under load. phosphate glas s is superior to borate in refractoriness under load. which c an attain over 1600 ; so the phosphate glass is a d esirable antioxidant

    文摘:研究了硼酸鹽和磷酸鹽兩個系列七種配方的玻璃防氧化劑，實驗表明這兩種玻璃防氧化劑均可降低鋁鎂碳磚的氣孔率，提高鋁鎂碳磚的抗氧化能力及燒后的耐壓強度，但也不同程度地降低了鋁鎂磚的高溫荷重軟化變形溫度，其中磷酸鹽玻璃優于硼酸鹽玻璃，其高溫荷重軟化變形溫度可達到1600以上，仍是可取的防氧化劑
  9. Raw optical glass. resistance to attack by aqueous alkaline phosphate - containing detergent solutions at 50 degrees celsius. testing and classification

    未加工的光學玻璃. 50下含洗滌劑溶液的含水堿性磷酸鹽的侵蝕抗性.試驗和分類
  10. Study of acid resistance of a new phosphate glass

    一種新型磷酸鹽玻璃的抗酸性研究
  11. A summary of the study on occurrence mechanism of sports fatigue

    可調諧激光器用摻鐿氟磷酸鹽玻璃研究進展
  12. Effect of post treatment on planar optical waveguide of ionexchanged phosphate glass

    后處理對離子交換磷酸鹽玻璃平面光波導的影響
  13. Several factors in influencing the capabilities of er ~ ( 3 + ) / yb ~ ( 3 + ) co - doped phosphate glass waveguide laser were introduced

    其次論述了影響鉺鐿共摻磷酸鹽玻璃光波導激光器性能的幾個主要因素。
  14. So er doped phosphate glasses are good materials for making edwa, but the channel waveguides are not easy to be made

    從離子交換平面波導的發光特性和穩定性上看，磷酸鹽玻璃是目前實現激光放大的良好材料，但是條型波導的制備還有難度。
  15. One can draw a thread more than one meter by handcraft. the npre - 1 glass thread has also strong tenacity, not easy to be fractured. so the npre - 1 can specially be applied to fabricate light fiber

    磷酸鹽玻璃（ npre - 1 ）粘度大，人工即可拉出一米多長的絲；韌性好，不易折斷，特別適用於作光纖基質材料。
  16. The structural character of slow - soluble phosphate glass is introduced in this paper, and the new applications of this glass to antibacterial agent, water treatment agent and medicine are also reviewed

    介紹了緩釋型磷酸鹽玻璃的結構特點，並對磷酸鹽玻璃緩釋材料的研究及其在殺菌、水處理、醫療等方面的應用進行綜述。
  17. Phosphate glass is an ideal material for high erbium - doped. erbium ion has large emission section in phosphate glass, however, it has small absorb section for 980nm pump light, which can be settled via doped yb3 +

    雖然鉺離子在磷酸鹽玻璃中具有較大的發射截面，但對波長為980nm泵浦光來說，其吸收截面較小，可用鐿離子與之摻雜來補充這一不足。
  18. Furthermore the optic spectrum data of er / yb co - doped phosphate glass, such as absorption spectrum, fluorescence lifetime and emission spectrum etc. are also tested

    此外還對鉺鐿共摻磷酸鹽增益玻璃材料的吸收譜、熒光壽命、激發譜等光譜性能進行了測試。
  19. Two kinds of them are widely studied at present. one is the substance whose surface has micro - pore structure or crystal structure with excellent exchanging prosperity, such as silver - zeolite ; the other one generally select the glass with certainly chemical stability and soluble property, which are added a few ag +, zn2 +, cu2 + ion

    目前研究最廣泛的抗菌材料有兩類，一類是物質表面具有微孔結構或具有離子交換性能良好的層狀晶體結構如銀沸石等；另一類通常是選用有一定化學穩定性和水溶性的磷酸鹽和硼酸鹽系統玻璃微載體的含銀、銅、鋅的抗菌玻璃。
  20. Feasibly experimental projects of fabricating buried waveguides by field - assisted ion - exchanged technology using this equipment were designed. used thermal ion - exchange and the silver film ion - exchange technology, the planar and channel waveguides were fabricated

    在實驗室允許的條件下，採用ag膜電場輔助離子交換和熔鹽離子交換法對鉺鐿共摻磷酸鹽玻璃平板波導和溝道波導進行了製作。
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