amorphous phosphate 中文意思是什麼
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Various kinds of crystals were detected from urinalysis including calcium oxalate, amorphous phosphate, triple phosphate and uric acid in 83 patients ( 37. 9 % ) of the urinary calculus group and 13 patients ( 12. 6 % ) of the non - calculus group
同時，我們發現在83位（ 37 . 9 % ）尿路結石病患及13位（ 12 . 6 % ）非結石病患的尿液中存在著各類結晶體，包括草酸鈣、無定形性磷酸鹽、三重磷酸鹽及尿酸結晶體等。 -
In this work, pluronic f127 was used as a progen and different biodegradation rate and surface property as amorphous calcuim phosphate, a - calcuim triphosphate, - calcuim triphosphate and a / p - calcuim triphosphate were selected to make three - dimensional porous composites with plla. in the phase separation of pure plla or cp / plla composite system the ppo block of pf127 can aggregate plla clew to induce phase separation. this resulted big round pores of 50 ~ 300 m and uniform ladder - like structure of 400 ~ 1000 m
具體結果如下：浙江大學碩士學位論文在單純的聚乳酸以及鈣磷酸鹽/聚乳酸復合體系的相分離過程中， pf127的ppo鏈段對plla鏈段有聚集作用，促進相分離過程，在不同溶劑中分別可得到孔徑在50一300林m的較大的圓孔和有序度為400一1000林m的梯狀孔，孔隙率為80 % ~ 93 % 。 -
The phase formation process and mechanism are also investigated : during the refluxing process of the pf6 - containing mixture, pf6 - reacted with the calcium ion in the mixture and nano - scale particles formed. after tray - drying, these particles remained with amorphous calcium phosphate. during the subsequent heat - treament, caf2 react with amorphous calcium phosphate and fha phase or fa phase formed
研究發現其形成fha相的過程為：加入hpf _ 6 （或nh _ 4pf _ 6 ）的混合液經迴流后， hpf _ 6 （或nh _ 4pf _ 6 ）發生分解生成納米級的具有較高反應活性的caf _ 2相，在隨后的熱處理過程中，該相與產物中其餘的非晶相鈣磷酸鹽反應最終生成fha相或fa相。 -
The formation process and mechanism are investigated : the adding of n ( ch2ch2oh ) 3 promoted the dissociation of cf3cooh in the starting solution and some non - volatile, fluorine containing intermediates can be remained after tray - drying of the solution. during the following heat - treatment process, the intermediates decomposed and further react with the rest amorphous calcium phosphate, leading to the final formation of fha or fa phase. the fluorine content in the fha phase obtained could be tailored by the content of cf3cooh added.
發現cf _ 3cooh只有在加入n （ ch _ 2ch _ 2oh ） _ 3的條件下才能形成fha相和fa相，其機理是：在溶液中加入n （ ch _ 2ch _ 2oh ） _ 3能夠促進溶液中cf _ 3cooh的離解，形成無揮發性的含氟過渡化合物，溶液快速乾燥后的中間產物中仍能保留過渡性的含氟化合物，在隨后的熱處理過程中，過渡化合物分解並與非晶態的鈣磷酸鹽反應最終生成fha相或fa相。
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