The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生质是由纤维素、半纤维素、木质素和可溶性固形。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至同为化学主要分的木质素、全纤维素、聚戊醣等分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

亚硫酸-甲醛-蒽醌制浆法（SFP）的副产品木质素磺酸在碱性高温条件下进行了脱磺工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究了皂荚中所含的化学分,测定了皂甙、纤维素、半纤维素、木质素、果胶、蛋白质绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤维体系中木质素纤维比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物是由纤维、半纤维、和可溶性固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成的、全纤维、聚戊醣等成，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫酸-甲醛-蒽醌制浆法（SFP）的副产品磺酸在碱性高温条件下进行了脱磺工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究了皂荚中所的化学成,测定了皂甙、纤维、半纤维、、果胶、蛋白相对于绝干皂荚的量量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤维体系中纤维比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由纤维、半纤维、木质和可溶固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成分的木质、全纤维、聚戊醣等成分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫-甲醛-蒽醌制浆法（SFP）的副产品木质高温条件下进行了脱工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究了皂荚中所含的化学成分,测定了皂甙、纤维、半纤维、木质、果胶、蛋白质相对于绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤维体系中木质纤维比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由纤、半纤、木质和可溶性固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成分的木质、全纤、戊醣等成分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫酸-甲醛-蒽醌制浆法（SFP）的副产品木质磺酸在碱性高温条件下进行脱磺工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究皂荚中所含的化学成分,皂甙、纤、半纤、木质、果胶、蛋白质相对于绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤体系中木质纤比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由纤维素、半纤维素、木质素和可溶性固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成分的木质素、全纤维素、聚戊醣等成分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫酸-甲醛-蒽醌法（SFP）的副产品木质素磺酸在碱性高温条件下进磺工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究皂荚中所含的化学成分,测定皂甙、纤维素、半纤维素、木质素、果胶、蛋白质相对于绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤维体系中木质素纤维比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由、半、木质和可溶性固形物。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要的木质、全、聚戊醣等，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫酸-甲醛-蒽醌制浆法（SFP）的副产品木质磺酸在碱性高温条件下进行了脱磺工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究了皂荚中所含的化学,测定了皂甙、、半、木质、果胶、蛋白质相对于绝干皂荚的质量百含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂体系中木质比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由纤维素、半纤维素、木质素和可溶性固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成分的木质素、全纤维素、聚戊醣等成分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫-甲醛-蒽醌制浆法（SFP）的副产品木质素性高温条件下进行了脱工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究了皂荚中所含的化学成分,测定了皂甙、纤维素、半纤维素、木质素、果胶、蛋白质相对于绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤维体系中木质素纤维比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由、半、木质和可溶性固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成分的木质、全、聚戊醣等成分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

对亚硫酸-甲醛-蒽醌制浆法（SFP）的副产品木质磺酸在碱性高温条件下进行了脱磺工艺的研究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

初步研究了皂荚中所含的化学成分,测定了皂甙、、半、木质、果胶、蛋白质相对于绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时杂体系中木质比例的增加，沥青合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

生物质是由纤维素、半纤维素、木质素和可溶性固形物组成。

In different harvesting seasons, the lignin, holocellulose and pentosan contents in bamboos didn''t change too much.

至于同为化学主要组成分的木质素、全纤维素、聚戊醣等成分，则没有季节变化。

Desulfonation of SFP lignosulfonate was studied in this paper under alkaline and high temperature and pressure.

酸-甲醛-蒽醌制浆法（SFP）的副产品木质素磺酸在碱性高温条件下进行了脱磺工艺的究。

The chemical constituents of pod of Gleditsia sinensis Lam. have been studied.The saponin, fibrin, half fibrin, xylogen and proteins of it have been mensurated.

究了皂荚中所含的化学成分,测定了皂甙、纤维素、半纤维素、木质素、果胶、蛋白质相于绝干皂荚的质量百分含量。

The increase of cellulous fiber in the hybrid fiber can result in the increase of optimum asphalt content, the reduction of density, air voids and Marshall stability.

同时随着混杂纤维体系中木质素纤维比例的增加，沥青混合料的最佳沥青用量增加，密度下降，空隙率和马歇尔稳定度呈减小趋势。