1) immobilized myrtan tannins
固化杨梅单宁
1.
The immobilized myrtan tannins(IMT) based on collagen fiber was prepared through aldehyde cross-linking reaction.
固化杨梅单宁(IMT)是以胶原纤维为基质,通过醛交联剂将杨梅单宁固化在胶原纤维上所制备的吸附材料。
2) bayberry tannin
杨梅单宁
1.
The adsorption behaviors of Mo6+ on collagen fiber immobilized bayberry tannin(IBT),a new kind of adsorbent,were investigated.
研究了胶原纤维固化杨梅单宁(IBT)这一新型吸附材料对Mo6+的吸附特性。
2.
Using collagen fiber as matrix, the immobilized bayberry tannin was prepared through aldehydic cross-linking reaction.
系统研究了胶原纤维固化杨梅单宁吸附材料对Cr(VI)、Pb(II)、Cd(II)、Hg(II)、Pt(II)、Pd(II)、V(V)、Bi(III)和Mo(VI)的吸附特性。
3) immobilized tannins
固化单宁
1.
Preparation of a new immobilized tannins macroporous adsorption resin;
新型固化单宁大孔吸附树脂的合成
2.
This thesis investigated the adsorption behaviours of Cd(II), V(V) and Cr(VI) on the adsorbents based on collagen fiber, including collagen fiber immobilized tannins and Zr(IV)-impregnated collagen fiber.
本论文研究了胶原纤维固化单宁及胶原纤维固载锆(ZrICF)吸附材料对水体中重金属离子Cd(II)、V(V)和Cr(VI)的吸附特性。
3.
A new macroporous adsorption resin immobilized tannins was prepared by immobilizing tannins on styrene-divinylbenzene copolymer using Mannich reaction, based on reviewing the present researches of adsorption resin and the functional polymers of plant tannins.
本文在总结了吸附树脂的研究进展及植物单宁功能性高分子材料的研究现状的基础上,应用曼尼希反应将植物单宁固定在苯乙烯—二乙烯苯共聚物上,制备一种新型固化单宁大孔吸附树脂。
4) immobilized tannin
固化单宁
1.
Preparation of collagen-immobilized tannin membrane and its adsorption to U(Ⅵ);
皮胶原固化单宁膜材料的制备及其对U(Ⅵ)的吸附研究
2.
Using collagen fibre as matrices,the immobilized tannins adsorbents based on black wattle,larch and myrtan tannins were prepared through crosslinking reaction.
实验表明,3种固化单宁对Cu2+的吸附平衡均符合Freundlich方程,其吸附容量大小顺序为:固化毛杨梅单宁>固化黑荆树单宁>固化落叶松单宁。
3.
Based on the mechanism of vegetable tannins–aldehyde combination tannage in leather-making, a kind of novel immobilized tannin membrane was prepared through cross-linking reaction of oxazolidine between condensed tannins and collagen fibers.
根据制革化学中植-醛结合鞣制机理,以皮胶原纤维膜为底物,采用杨梅单宁-噁唑烷结合鞣制,得到一种新型的固化单宁膜吸附材料,并对材料的物化性能进行测试。
5) Immobilized tannin
固定化单宁
1.
Immobilized tannin, a novel polymer, was synthesized by coupling tannin with macroporous spherical cellulose.
将单宁酸偶联在大孔球形纤维素载体上,制成一种新功能高分子材料-大孔球形纤维素固定化单宁。
2.
Immobilized tannin using plant cellulose as a carrier and natural tannin as a genin is a new-type cova-lently-bonded adsorbent.
固定化单宁(Immobilized tannin)是以植物纤维素为载体、天然单宁为配基,通过共价键结合制备的新型吸附剂。
6) in situ immobilized tannin
原位固化单宁
补充资料：杨梅夹心雪糕
原料配方(成品8支) 内芯料：奶粉25克 麦淇淋15克 鸡蛋1只 白糖50克 淀粉5克 清水200毫升 香兰素适量
外壳料：奶粉40克 杨梅糖浆80毫升 淀粉8克 冷开水400毫升
制作方法
1.按照奶油雪糕的制法，加工好内芯料，进冰箱冻冷。
2.将奶粉放在碗中，加入冷开水50毫升调匀。
3.把杨梅糖浆、淀粉和冷开水放入锅中调匀，然后边加热边搅拌，煮沸后，立即冲入奶粉中，搅拌均匀。
4.把杨梅料液注入雪糕模中，冷后，进冰箱冷冻室，冷冻45分钟左右，待近模壁处已冻结、中心尚未冻时，取出将模未冻结的料液倒去，注入内芯料，插上雪糕杆，复进冰箱冷冻室冷冻。约1小时后，雪糕已冻结，即可取出。
5.将雪糕模浸在热水中，约5分钟即可脱模。
产品特点 表面粉红色，内芯乳白色，具有两种味道。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条