This compilation on the performance of Larix, also known as larch, encompasses a comprehensive collection of short English sentences and example phrases. The information featured in this compilation covers a wide range of topics related to the characteristics and capabilities of Larix, providing valuable insights into its performance in various contexts. From ecological benefits to structural properties, these examples offer a rich resource for understanding the versatile nature of Larix. Whether exploring its resilience in harsh climates or its aesthetic appeal in landscape design, the diverse array of sentences and examples aims to illuminate the exceptional performance of this exceptional tree species.
落叶松性能,Performance of larix
1)Performance of larix落叶松性能
英文短句/例句
1.Influence of High-temperature Heat Treatment Process on Performance of Larch高温热处理条件对落叶松性能的影响
2.THE LIGNIN CHEMICAL STRUCTURE CHARACTERISTICS AND KRAFT PULPING PROPERTIES OF CHINESE LARCH兴安落叶松木质素化学结构及硫酸盐制浆性能
3.Extraction, Purification and Antioxidant Activity Analysis of Flavonoids from Pine Needle松针落叶总黄酮的提取、纯化及抗氧化性能分析
4.Tension Performance of Dahurian Larch Lumber Joints Connected by Truss Plates兴安落叶松规格材齿板连接节点的拉伸性能
5.The Inducting and Using of Dendrolimus Superans (Lepidoptera: Lasiocampidae) to the Volatiles of Larix Gmelinii;落叶松毛虫对落叶松挥发性化合物的诱导与利用
6.Molecular Mechanism of Different Rooting Capacity between Two Clones of Larix Leptolepis×Larix Olgensis;日本落叶松×长白落叶松无性系间生根差异的分子机制
7.Behavioural Responses of Dendrolimus superans to Dahurin Larch and Its Nine Volatiles落叶松毛虫对兴安落叶松9种挥发性物质的行为反应
8.Study on the Bonding Properties of Larch、Birch and Oak;东北主要树种落叶松、桦木和柞木胶接性能的研究
9.The Influence of Microwave Treatment and Drying on Performance and Anatomy of Larch Wood;高强度微波处理与干燥对落叶松木材解剖构造和性能的影响
10.The Dimensional Stability and Color Indexes of Square Lumber from Poplar and Larch Plantations were Tested;人工林杨树、落叶松人造方材物理性能指标测试与分析
11.Research on the Tension Performance of Dahurian Larch Joints Connected by Truss Plates兴安落叶松规格材与齿板接合节点拉伸性能研究
12.Preparation and performance of larch xylem bio-oil-PF resin adhesive落叶松生物油-酚醛树脂胶粘剂的研制及性能研究
13.Research on the Drying Characteristics of Dahurian Larch Lumber from Russia;俄罗斯产落叶松锯材干燥特性的研究
14.The Resisttance of Poplar Varieties to Melamposora Larici-Populina Kleb杨树对落叶松—杨栅锈菌的抗性研究
15.Experiment Study of The Selection with Superior Larix kaempferi Clones日本落叶松优良无性系选择试验研究
16.Allozymic Genetic Diversity in Larix gmelinii兴安落叶松等位酶水平的遗传多样性
17.Any of several deciduous, coniferous trees of the genus Larix, having needlelike leaves clustered on short shoots and heavy, durable wood.落叶松属植物一种落叶树属的落叶性针叶树木，有成簇状针叶和重而坚硬的木质
18.Studies on the Effect of Heat Stress on Profective Matters in Leaves of Larix Principis Rupprechtii and Pinus Tabulaeformis Carr;热胁迫对华北落叶松、油松针叶保护性物质影响的研究
相关短句/例句
Modified (Sulfonated) Larch Tannin Extract落叶松改性栲胶
3)Larix gmelini(Rupr.)munity落叶松群落
4)Larix gmelinii落叶松
1.The Biology Characteristics and the Anti-suppress Germ Measurement on Root-rot Pathogen ofLarix gmelinii;落叶松根朽病病原生物学特性及其拮抗抑菌测定
2.Effects of nitrogen fertilization on ectomycorrhizal infection of first order roots and root morphology ofLarix gmelinii plantation;施用氮肥对落叶松人工林一级根外生菌根侵染及形态的影响
3.Effect of Temperature on Ring Width and Ring Density ofLarix gmelinii Plantation during Growing Season;生长季气温对人工林落叶松生长轮宽度和密度的影响
5)Larch[英][lɑ:t?][美][lɑrt?]落叶松
1.The Manufacturing Technology ofLarch Plywood Wall Sheathing with Laminated Core for Wood Framing House;木结构用落叶松集成芯板墙面板生产工艺技术
2.Influence of Intensive Microwave Treatment on Mechanical Properties ofLarch Wood;高强度微波处理对落叶松木材力学性质的影响
3.Technology of the Stick-Shaped Bottom-Board in the Automobile Carriage Produced by Overlong LVL ofLarch;汽车厢条型底板用落叶松超长单板层积材生产工艺技术
6)Larix gmelini落叶松
1.Catalytic hydrogenolysis of polymeric proanthocyanidins fromLarix gmelini bark by Pd/C catalyst;落叶松多聚原花色素的Pd/C催化氢解反应研究
2.Effects ofLarix gmelini aqueous extracts on seed germination and seedling growth of Juglans mandshurica.;落叶松水浸液对胡桃楸种子萌发和幼苗生长的影响
3.Bioassay of Allelopathical Activity of Larch (Larix gmelini) Aqueous Extracts against Juglans mandshurica;落叶松水提物对胡桃楸化感作用的生物测定
延伸阅读
落叶【诗文】：早秋惊落叶，飘零似客心。翻飞未肯下，犹言惜故林。【注释】：【出处】：全唐诗：卷38_15
