重交通道路沥青

提高重交通道路沥青针入度指数的研究

Improving penetration index of heavy duty road asphalt

多产优质重交通道路沥青满足我国高速公路建设的需要

Producing more quality heavy duty road asphalt to meet domestic high speed road construction requirment

采用配方均匀设计方法，制定试验方案，对FCC油浆与丙脱沥青调合生产重交通道路沥青进行试验研究。

FCC slurry blending with the asphalt from propane deasphalting unit to produce heavy traffic paving asphalt has been tested by adopting uniform recipe design scheme .

以FCC油浆和丙脱沥青为原料，采用配方均匀设计方法，进行调合生产重交通道路沥青的研究。

The experiment of producing heavy traffic paving asphalt was carried out with the FCC slurry and the propane deasphalted asphalt as the feedstock by uniform prescription design method .

齐鲁牌AH-90重交通道路沥青路用性能的研究

Study on Paving performance of Qilu ah - 90 heavy duty road asphalt

使用绥中36-1原油生产AH-50、AH-30重交通道路沥青

Production for AH-50 AH-30 Asphalt with Suizhong 36-1 Crude Oil

根据塔河四区混合原油的性质，进行了生产AH-90重交通道路沥青的可行性研究。

Based on the properties of the blended crude produced in the forth zone in Tahe , the feasibility study on preparing AH-90 heavy-duty asphalt was made .

确定了生产AH-110和AH-90重交通道路沥青的工艺条件，并对产品的性能进行了评价。

The best mixing ratio is2:1 and the process conditions for producing AH-110 and AH-90 heavy traffic road asphalts have been determined .

试验结果表明，紫外线老化对重交通道路沥青、SBR改性沥青和SBS改性沥青的性能都有影响，但是相同条件的紫外线老化后，SBS改性沥青的低温性能最好。

The result showed that performances of heavy traffic road asphalt , SBR modified asphalt and SBS modified asphalt were influenced by ultraviolet photooxidation , but after the same ultraviolet photooxidation , low-temperature performance of SBS modified asphalt was best among the three kinds of asphalt .

研究了采用超临界流体萃取技术（SFEF），以减压渣油和催化裂化油浆为原料，制备重交通道路沥青产品的可行性。

Experiments have been conducted to produce heavy paving asphalts from Xinjiang vacuum residue mixed with RFCC slurry by supercritical fluid extraction and fractionation ( SFEF ) .

车辙试验中，改性沥青混合料为3500次/mm，AH-70重交通道路沥青混合料为1700次/mm。

In rutting test , the result of modified asphalt mixture was 3 500 times / mm , and AH-70 heavy traffic road bitumen was 1 700 times / mm .

从辽河稠油生产重交通道路沥青

Production of road asphalt for super highway uses from Liaohe crude

管输原油路线研制重交通道路沥青

Development of Heavy Traffic Paving Asphalt from Luning Piping Crude Oil

渤海原油生产重交通道路沥青技术开发

Technology for producing asphalts for heavy traffic pavement with Bohai Oil

目的开发质量稳定的重交通道路沥青。

Purpose To develop heavy traffic road asphalt of stable quality .

加工巴士拉原油生产重交通道路沥青

Preparation of heavy - duty road asphalt from Basra crude

重交通道路沥青企业标准的制订及其意义

Enactment and meaning of heavy traffic road asphalt enterprise standard

鞍山调和-氧化重交通道路沥青路用性能的研究

Performance of Anshan Heavy Road Paving Asphalts by Blending-Oxidation

用调合法研制重交通道路沥青

Study on Producing Heavy Traffic Asphalt by Blend Method

研究了符合GB15180-94重交通道路沥青标准的彩色道路沥青的老化过程。

Aging processes of colored paving asphalt conforming to GB 15180-94 standard were studied .

调和-氧化法制备重交通道路沥青

Preparation of Heavy Paving Asphalt by Blending-Oxidizing Method

塔河原油试制重交通道路沥青

High Grade Paving Asphalt by Tahe Crude Oil

塔河四区混合原油制取重交通道路沥青的研究

Preparing Heavy-duty Paving Asphalt With Blended Oil Produced in the Forth Zone in Tahe

中国和俄罗斯原油混炼生产重交通道路沥青

Producing heavy traffic road asphalt by mixed crude

东海牌重交通道路沥青的改性研究

Study on the Modification to Donghai Bitumen

重交通道路沥青使用性能的研究

STUDY ON PERFORMANCE OF ASPHALT FOR PAVING HEAVY TRAFFIC ROADS Fushun Research Institute of Petroleum and Petrochemical

用中东进口原油制取重交通道路沥青的试验研究

Test of production of heavy-traffic paving asphalt from crude oil of Middle East in the laboratory equipment

混合原料丁烷脱沥青工艺生产重交通道路沥青的研究

Study on producing asphalts for heavy traffic pavement by mixing catalytic slurry to feed stock of solvent deasphalting

结果表明，魁托原油是较好的沥青原料，可用于生产重交通道路沥青。

The results showed that the vacuum residue of Kuito crude was suitable for preparation of heavy duty road asphalt .

由于重交通道路沥青一直没有正式标准，这给生产厂家及应用带来不便。

It is inconvenient for the producer and consumer because there isn 't always , any formal standard of heavy traffic road asphalt .