Catalog |
name |
Description |
price |
R-mo-283 |
CCOF-1,Chiral covalent organic frameworks-1 |
CCOF-1, Chiral covalent organic frameworks-1 from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network. COFS can be crystallized in mild conditions. Two dimensional chiral COF materials are ccof-1 and ccof-2.
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R-mo-284 |
CCOF-2,Chiral covalent organic frameworks-2 |
CCOF-2,Chiral covalent organic frameworks-2 from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network. COFS can be crystallized in mild conditions. Two dimensional chiral COF materials are ccof-1 and ccof-2. |
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R-mo-285 |
CCOF-3,Chiral covalent organic frameworks-3 |
CCOF-3, Chiral covalent organic frameworks-3 from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network. |
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R-mo-286 |
CCOF-4,Chiral covalent organic frameworks-4 |
CCOF-4,Chiral covalent organic frameworks-4 from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network. |
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R-mo-287 |
CCOF-5,Chiral covalent organic frameworks-5 |
CCOF-5,Chiral covalent organic frameworks-5 from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network.Ccof-5 has separation performance,it can be used as a chiral stationary phase for the separation of racemic alcohols. |
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R-mo-288 |
CCOF-6,Chiral covalent organic frameworks-6 |
CCOF-6, Chiral covalent organic frameworks-6 from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network.CCOF-6 has separation performance,can be used as a chiral stationary phase for the separation of racemic alcohols. |
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R-mo-289 |
COF-BPDA,Chiral covalent organic framework-3,3,4,4-biphenyltetracarboxylic dianhydride |
COF-BPDA,Chiral covalent organic framework-3,3,4,4-biphenyltetracarboxylic dianhydride from ruixi.CCOF was synthesized from chiral taddol precursor with helical structure and diamine precursor with flexible structure. It is a covalent organic framework material with double interpenetrating network. |
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R-mo-290 |
SIOC-COF-1,SIOC-covalent organic framework-1 |
SIOC-COF-1,SIOC-covalent organic framework-1 from ruixi.The advantages of COFS: low density, high specific surface area,easy modification and functionalization.COFS can be used in gas storage and separation,heterogeneous catalysis,energy storage materials,optoelectronics,sensing and drug delivery. |
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R-mo-291 |
SIOC-COF-2,SIOC-covalent organic framework-2 |
SIOC-COF-2,SIOC-covalent organic framework-2 from ruixi.The advantages of COFS: low density, high specific surface area,easy modification and functionalization.COFS can be used in gas storage and separation,heterogeneous catalysis,energy storage materials,optoelectronics,sensing and drug delivery. |
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R-mo-292 |
TPA-COF,1,3,5-trihydroxy pyromellitic aldehyde-covalent organic framework |
TPA-COF,1,3,5-trihydroxy pyromellitic aldehyde-covalent organic framework from ruixi.Tp-cof is a kind of COF material with fluorescence properties.The advantages of COFS: low density, high specific surface area, easy modification and functionalization.COFS can be used in gas storage and separation, heterogeneous catalysis, energy storage materials, optoelectronics, sensing and drug delivery. |
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