Research Center of Tobacco and Health;
University of Science and Technology of China;
Hefei 230052;
China;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Research Center of Tobacco and Health;
University of Science and Technology of China;
Hefei 230052;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Key Laboratory of Combustion & Pyrolysis Study of CNTC;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;
Research Center of Tobacco and Health;
University of Science and Technology of China;
Hefei 230052;
China;
Key Laboratory of Tobacco Chemistry of Anhui Province;
China Tobacco Anhui Industrial Co.;
Ltd.;
Hefei 230088;
ChinaAbstract:In order to investigate the effects of different extraction methods on the microstructure of tobacco cellulose;
the cellulose of flue-cured and oriental tobacco leaves was extracted by neutral detergent method;
acid detergent method;
acid hydrolysis method and alkali treatment method. The microstructure of tobacco cellulose extracted by different methods was characterized by solid-state cross-polarization magic angle spinning carbon-13 nuclear magnetic resonance (CP/MAS 13C NMR). The yields and purity of tobacco cellulose extracted by the four methods were comparatively analyzed. The structural information such as crystal form and;