![鎢合金晶粒大小對理化性能影響 鎢合金晶粒大小對理化性能影響圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Picture-of-the-effect-of-grain-size-on-physical-and-chemical-properties-of-tungsten-alloy-2-1-351x185.jpg)
鎢鉬知識
![鎢合金晶粒大小對理化性能影響 鎢合金晶粒大小對理化性能影響圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Picture-of-the-effect-of-grain-size-on-physical-and-chemical-properties-of-tungsten-alloy-2-1-351x185.jpg)
![超粗晶粒硬質合金的生産方法 超粗晶粒硬質合金的生産方法圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Production-method-of-super-Coarse-Grain-Cemented-Carbide-2-1-351x185.jpg)
![鎢鋼用途 鎢鋼用途圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Pictures-of-tungsten-steel-application-2-351x185.jpg)
![電機用鎢銅合金 電機用鎢銅合金圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Pictures-of-W-Cu-alloy-for-motor-2-351x185.jpg)
![鎢鋼戒指的新製作方法 鎢鋼戒指的新製作方法圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Pictures-of-new-making-methods-of-tungsten-steel-ring-1-351x185.jpg)
![電動牙刷鋰電池正極用WS2納米片 電動牙刷鋰電池正極用WS2納米片圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Pictures-of-WS2-nanosheets-for-lithium-battery-positive-electrode-of-electric-toothbrush-1-351x185.jpg)
電動牙刷鋰電池正極用WS2納米片
76
與市場化的鋰電池正極材料相比,含有WS2納米片的電極材料兼有更高的可用容量和更長的使用時間,這主要是源于二硫化鎢納米顆粒是一種層狀材料,層與層之間的距離能容納較…
![電動牙刷鋰電池負極用WS2納米片 電動牙刷鋰電池負極用WS2納米片圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Pictures-of-WS2-nanosheets-for-lithium-battery-anode-of-electric-toothbrush-1-351x185.jpg)
電動牙刷鋰電池負極用WS2納米片
70
二硫化鎢片狀材料,也就是WS2納米片,其因有與石墨烯相似的層狀結構,而具有良好的電化學性能;因鎢原子與硫原子之間是共價鍵的形式結合,而物理化學穩定性極好,即自身…
![負極材料用摻鈦納米氧化鎢 負極材料用摻鈦納米氧化鎢圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Titanium-doped-nano-tungsten-oxide-for-anode-materials-1-351x185.jpg)
![銅鎢觸頭的生産方法 銅鎢觸頭的生産方法圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Production-method-of-copper-tungsten-contact-1-351x185.jpg)
![半導體傳感器用納米氧化鎢 半導體傳感器用納米氧化鎢圖片](http://www.uicoollab.com/big5/wp-content/uploads/2021/05/Nanometer-tungsten-oxide-for-semiconductor-sensor-2-351x185.jpg)