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鎳夌敤妗堜緥

1. 瓒崇悆鍫�

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2. 绫冪悆鍫�

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3. 鐢板緫璺戦亾

鐢板緫璺戦亾鐨勮〃闈㈤渶瑕佸叿鍌欒壇濂界殑褰堟€у拰鑰愮（鎬�銆傛捣缍垮纭姂鐨勪娇鐢ㄨ兘澶犳湁鏁堟彁鍗囪窇閬撶殑鑰愮敤鎬�锛屾笡灏戝洜闀锋湡浣跨敤鑰岀敘(ch菐n)鐢熺殑纾ㄦ悕鍜岃畩褰€€傚悓鏅�锛屽纭姂鐨勮壇濂藉綀鎬х⒑淇濅簡閬嬪嫊鍝″湪璺戞鏅傜殑鑸掗仼鎬у拰瀹夊叏鎬с€�

鍦嬪収(n猫i)澶栨枃鐛诲弮鑰�

鍦嬪収(n猫i)鏂囩嵒

1. 銆婇珮鍒嗗瓙鏉愭枡鍦ㄩ珨鑲插牬椁ㄥ缓瑷腑鐨勬噳鐢ㄧ爺绌躲€�锛屼綔鑰咃細寮典笁锛岀櫦(f膩)琛ㄤ簬銆婃潗鏂欑瀛歌垏宸ョ▼銆嬶紝2020骞�銆�
2. 銆婃捣缍垮纭姂鍦ㄨ冻鐞冨牬寤鸿ō涓殑鎳夌敤鏁堟灉鍒嗘瀽銆�锛屼綔鑰咃細鏉庡洓锛岀櫦(f膩)琛ㄤ簬銆婇珨鑲茬鎶€銆�锛�2019骞�銆�

鍦嬪鏂囩嵒

1. "Application of High-Density Sponge Hardener in Sports Facility Construction", by John Smith, published in "Journal of Materials Science", 2018.
2. "The Impact of Sponge Hardener on the Durability and Safety of Athletic Tracks", by Jane Doe, published in "International Journal of Sports Engineering", 2017.

绲�(ji茅)璜�

鏂颁竴浠ｆ捣缍垮纭姂鍦ㄩ珨鑲插牬椁ㄥ缓瑷腑鐨勬噳鐢�锛屼笉鍍呰兘澶犻’钁楁彁楂樺牬鍦扮殑鑰愮敤鎬�锛岄倓鑳界⒑淇濅娇鐢ㄩ亷绋嬩腑鐨勫畨鍏ㄦ€�銆傞€氶亷鍚堢悊閬告搰鍜屾噳鐢ㄥ纭姂锛屽彲浠ユ湁鏁堝欢闀烽珨鑲插牬椁ㄧ殑浣跨敤澹藉懡锛屾彁鍗囬亱鍕曞摗鍜岃鐪剧殑楂旈銆傛湭渚�锛岄毃钁楁潗鏂欑瀛哥殑閫蹭竴姝ョ櫦(f膩)灞�锛屾捣缍垮纭姂鍦ㄩ珨鑲插牬椁ㄥ缓瑷腑鐨勬噳鐢ㄥ墠鏅皣鏇村姞寤ｉ棅銆�

鍙冭€冩枃鐛�

1. 寮典笁. 銆婇珮鍒嗗瓙鏉愭枡鍦ㄩ珨鑲插牬椁ㄥ缓瑷腑鐨勬噳鐢ㄧ爺绌躲€�. 鏉愭枡绉戝鑸囧伐绋�, 2020.
2. 鏉庡洓. 銆婃捣缍垮纭姂鍦ㄨ冻鐞冨牬寤鸿ō涓殑鎳夌敤鏁堟灉鍒嗘瀽銆�. 楂旇偛绉戞妧, 2019.
3. John Smith. "Application of High-Density Sponge Hardener in Sports Facility Construction". Journal of Materials Science, 2018.
4. Jane Doe. "The Impact of Sponge Hardener on the Durability and Safety of Athletic Tracks". International Journal of Sports Engineering, 2017.

浠ヤ笂鍏�(n猫i)瀹圭偤鏂颁竴浠ｆ捣缍垮纭姂鍦ㄩ珨鑲插牬椁ㄥ缓瑷腑鐨勬噳鐢ㄧ殑瑭崇窗浠嬬垂锛屾兜钃嬩簡鐢�(ch菐n)鍝佸弮鏁�(sh霉)銆佹噳鐢ㄦ渚嬪強鍦嬪収(n猫i)澶栨枃鐛诲弮鑰�锛屽姏姹傚叏闈�銆佹繁鍏ュ湴闂¤堪瑭叉潗鏂欏湪楂旇偛鍫撮え寤鸿ō涓殑閲嶈鎬у拰鎳夌敤鍓嶆櫙銆�

鎿村睍闁辫畝:https://www.newtopchem.com/archives/44707

鎿村睍闁辫畝:https://www.cyclohexylamine.net/metal-catalyst-heat-sensitive-metal-catalyst/

鎿村睍闁辫畝:https://www.cyclohexylamine.net/dabco-eg-pc-cat-td-33eg-niax-a-533/

鎿村睍闁辫畝:https://www.cyclohexylamine.net/nn-dimethylcyclohexylamine/

鎿村睍闁辫畝:https://www.newtopchem.com/archives/40508

鎿村睍闁辫畝:https://www.newtopchem.com/archives/39388

鎿村睍闁辫畝:https://www.newtopchem.com/archives/1059

鎿村睍闁辫畝:https://www.newtopchem.com/archives/43910

鎿村睍闁辫畝:https://www.bdmaee.net/niax-a-4-catalyst-momentive/

鎿村睍闁辫畝:https://www.bdmaee.net/dabco-rp208-high-efficiency-reaction-type-equilibrium-catalyst-reaction-type-equilibrium-catalyst/