) fresh leaves as material, fresh leaves soluble protein content and its composition by SDS-PAGE, polyphenols oxidase activity and its isozymogram,and esterase isozymogram were investigated during Oolong tea Zuoqing procedure with different Zuoqing intensity.
以武夷肉桂品种鲜叶为原料,通过3种做青强度,对乌龙茶做青过程中做青叶内蛋白质及其SDS-PAGE、多酚氧化酶及其同工酶和酯酶同工酶进行了研究。
The effect of different Zuo-qing temperature on aromatic constituents in Lingtoudancong Oolong tea was studied by gas chromatography and mass spectrometry.
说明做青温度是影响乌龙茶香气的重要因素。
Study on the influence of asphalt grade on SMA pavement performance;
沥青稠度对SMA路用性能影响研究
Effects of Zuoqing intensity and environment on quality of Oolong tea
做青强度与环境对乌龙茶品质的影响
Parson's bronze
帕森高强度耐蚀锰青铜
Making Five Breakthroughs to Develop a Stronger Service Industry in Qingdao;
做强做大青岛服务业亟须实现五个“突破”
Many young people are blows, they only spend money and do nothing.
许多青年人挥霍无度，光花钱不做事。
Holfos bronze alloys
霍尔福斯高强度青铜合金
The strengths decrease in order crocidolite chrysotile, amosite.
强度按青石棉，温石棉，铁石棉顺序下降。
Variance Analysis of Two Factors on the Hydraulic Asphaltic Concrete Strength
水工沥青混凝土强度双因素方差分析
Influencing Factors of Strength in CRAM Foamed Asphalt
冷再生泡沫沥青混合料强度影响因素
The mechanism analysis of cement-asphalt covering composite material intensity
水泥—沥青面层复合材料强度机理分析
Research on Factors Influencing Compressive Strength of High Strength Cement Asphalt(CA) Mortar
高强型水泥沥青砂浆抗压强度影响因素分析
Research of the Temperature Influences the Strength of the Old Asphalt Pavement Material Stabilized by Cement
温度对水泥稳定旧沥青路面材料强度的影响
Experiment and Study on Bond Strength of Asphalt Concrete Pavement Layers and Bridge Waterproofing Layer
沥青混凝土路面层间黏结强度及桥面防水层黏结强度试验研究
Preparation of High Strength Beryllium Bronze QBe2 Wire and Its Properties Study;
高强度QBe2铍青铜线材的制备及性能研究
On Intensity of Young Canoe Athletes Training;
试论青少年皮划艇运动员训练强度的控制
the Influence of Different Aerobics Intensity towards Young Students Blood Lipid;
不同强度有氧运动对青年学生血脂的影响
Subgrade Strength Standard for Long-life Asphalt Pavement under Heavy-traffic
重载长效沥青混凝土路面路基强度标准研究
Preparation and Characterization of High Strength Carbon Foam Derived From Mesophase Pitch
高强度中间相沥青基泡沫碳的制备及性能
On the Intensity of Teenager Tennis Players'Many Balls Training
青少年网球运动员多球训练运动强度的探讨