温性的

基本解释 (translations)

humoral

与温性的相关的网络例句 [注：此内容来源于网络，仅供参考]

The dominant species of crustacean and cephalopoda were warmwater, followed by eurythermal, warm-temperate, without cold-temperate.

甲壳类和头足类以暖水性的种类为绝对优势，广温性的种类相对较少，暖温性的种类最少，也没有出现冷水性种类。

The paper reviews the study on evolution of endothermy in animal, including the concepts, characteristics and the selective factors.

对动物内温性进化的研究进行了较为系统的论述，包括内温性动物概念的由来、特点和起源的选择因子。

The conversion boundary of self-incompatibility was researched by sowing by stage. Sunshine of day and temperature was studied critically by investigating leafage and researching traits indoors. The results showed that the daily minimum temperature was the principal factor of affinity conversion and the affinity conversion boundary was 16.5~18.1℃.HE97 was primarily regard as self-incompatible line in this research. The method was by inbreeding and sib HE97, Half the silk of HE97 and Zheng58. Inbreeding and cross have been done simultaneously. The extending condition of pollen tube was observed by dying the silk after pollinating 4 hours. The individuals with pollen tube were observed having seeds, while the individuals without pollen tube were observed having few seeds or no seeds. So this study regard HE97 as sporophytic self-incompatibility .The planting ration of female parent HE97 and male parent 87-1 was 4:1.The nature cross-pollination was studied by the theory of endosperm xenity, the study show that the setting percentage of HE97 was 625%, in which the seed in self was 70% and the seed in hybrid was 30%. This was consistent with the study of silk anatomy structure, then come to the same conclusion: compatible pollen germination and fertilization can stimulate the self-incompatible pollen germination and fertilization in the same corn cob.

通过分期播种，进行了光温敏自交不亲和材料HE97亲和性转换区间的研究，依据田间跟踪调查叶龄及室内考种研究了HE97亲和性转换区间的光温临界值，结果表明：1日最低温度是影响HE97自交不亲和性的主要原因，亲和性转换区间在16.5℃～18.1℃之间。2通过HE97自交和姊妹交以及将HE97与郑58作为双亲，各自的花丝一分为二，分别正反交，授粉后4个小时分别取其花丝进行固定、染色，观察花粉管的伸长情况，根据结实率与花粉管伸长的对应关系，结果发现观察到花粉管的对应植株收获到了种子，而没有观察到花粉管的对应植株结实率极低或没有结实，本研究把HE97初步划为孢子体自交不亲和类型。3以HE97为母本，87-1为父本，按4母：1父行比，通过花粉直感效应研究天然异交率，结果母本HE97结实良好(62%)，其中自交粒占70%，异交粒占30%，结合花丝切片观察表明，亲和花粉的萌发及受精会导致落在同一果穗柱头上不亲和花粉的萌发不再受抑制。

White sesame E-zhi NO.2 and black sesame Zhong-zhi NO.9 were sowed at intervals as comber-sesame and autumn-sesame. The temperature and sunlight-length of different growing-stage. The result showed that seedling-stage and bud-ding-stage were temperature-sensitive and weak phototonus and temperature was the main factor in the compositive effect of temperature and light. The temperature range of 27~31℃ was optimal for sesame to produce more flowers and prolong the flowering days, but the length of flowerig-stage and practical sunlight-hour had no correlativity.

用白芝麻品种鄂芝2号和黑芝麻品种中芝9号分期进行夏播和秋播，使两个品种各生育阶段处於不同的光温条件下，用试验当年相应时段的温度和实际日照长度对芝麻各生育阶段的发育特性进行相关分析结果表明：芝麻苗期和蕾期感温性强，感光性较弱，在光温综合作用中，温度是主要因子；芝麻开花最适应的温度为27~31℃，该温度有利於多开花和延长开花期天数。

All of the three rejuvenators recover the aged asphalts in temperature susceptibility at low and mid-high temperature. The effect of rejuvenator C is better than others. No obvious laws are found at middle temperature, the rejuvenators increase the aged asphalts temperature susceptibilities. Rejuvenator A decreases the temperature susceptibility at high temperature, however B and C increase a little.

实验结果表明，再生沥青在低温和中高温区的感温性均好于原料沥青，其中再生剂C再生的再生沥青感温性较好；3种再生剂对再生沥青中温区的感温性影响无明显规律，再生剂增加了老化沥青的感温性；再生剂A对再生沥青的高温区感温性有所降低，而再生剂B和C则略有增加。

For the benefit of practical project, 0℃ apparent viscosity, which was employed to appraising low-temperature flowability of asphalt, and viscosity-temperature index, which was employed to appraising temperature susceptibility of asphalt, were put forward. By comparing with practical conditions of various asphalt which is produced in various place and is made through various craft, by comparing with SHRP and other evaluated method of asphalt and by comparing with the property of asphalt mixture, the exactness and susceptiveness of 0℃ apparent viscosity and viscosity-temperature index was verified.

为了工程实际的应用，提出了采用0℃表观粘度评价沥青低温流动性和粘温指数评价沥青的感温性的指标，并通过与多种不同产源、不同炼制工艺的沥青实际使用情况相比较、与美国SHRP计划和我国"八五"攻关推荐的沥青低温评价方法、沥青其他低温评价方法以及沥青混合料的低温性能相比较，证明了0℃表观粘度和粘温指数在评价沥青低温性能时的准确性和敏感性。

Molecular genetic studies on HD have been mainly focusing on photoperiod and vernalization, very few studies have involved thermosensory.

植物成花分子遗传学研究主要集中在光周期及春化作用上，关于感温性的遗传研究很少。

Thus, on the reservoir conditions of the seventh middle area of JiaMuHe and eighth area of XiaWuErHeZu, the qualities of blocking agent such as gelatification time, the gel strength, the salt resistance, the temperature resistance, the stability, the compressive strength, the selection of injection, the improvement ratio of water entry profile and the sweeping efficiency were evaluated.

评价了堵剂在七中区佳木河组和八区下乌尔禾组两种油藏条件下的成胶时间、成胶强度、抗盐性、抗温性、时间稳定性、耐压强度、选择注入性、吸水剖面改善率和驱油效率。

The results show that the construction of the railway has an obvious effect on the warm steppe,but the characteristics of community,such as the coverage,ecological dominance and species richness of communities have been improved after its natural restoration,and some species,such as Elymus nutans,Aconitum gymnandrum and Thermopsis lanceolata,play an important role in the restoration communities.An assistant measure taken by human beings will benefit to the restoration.There is no any evidence of exotic invading plants in the restoration of the warm steppe in the study area.

结果显示，青藏铁路修筑过程对铁路两侧一定区域的温性草原有较大影响，但随着受影响区域植被的自然恢复，群落盖度、生态优势度和物种多样性等反应群落特征的指标都有一定程度的改善，一些在原生植被中很少出现或伴生种在恢复后的群落中有可能成为群落的优势种或建群种，如露蕊乌头和鹅绒委陵菜等；人为辅助措施将有利于受损植被的恢复；修筑铁路过程中受到影响的温性草原其恢复过程中尚未出现外来入侵植物。

The independent Agents are adopted to complete the specific tasks from sensing temperature of axles to display curve of axle's temperature and to actions of effectors, so the knowledge distribution and control distribution is implemented in this system. It improves the real-time ability, reliability, maintenance and extendibility. It also realizes the intelligence of temperature's sense and control though the communication, coordination and cooperation among Agents.

该设计采用独立Agent完成了从轴温数据的采集、处理到执行机构产生控制动作再到人机界面的实时显示等一系列任务，实现了轴温监控的知识分布和控制分布，提高了系统的实时性、可靠性、可维护性和可扩展能力，并且通过多Agent间的相互通信、协调与合作实现了轴温监测和控制的智能化。

与温性的相关的网络解释 [注：此内容来源于网络，仅供参考]

endothermy：内温性

为了保持体温能高于外界温度,利用物质代谢过程所产生的热量称为内温性(endothermy)调节;依靠吸收外界的热量,主要是太阳热,称为外温性(ectother-my)调节.

humoral：温性的

humoral 体液的 | humoral 温性的 | humoral 由体液引起的

humoral：体液的/由体液引起的/温性的

humogelite /乌敏素/ | humoral /体液的/由体液引起的/温性的/ | humored /脾气...的/

thermotaxis：趋热性 趋温性 向热性

thermotaxic 趋温的 | thermotaxis 趋热性 趋温性 向热性 | thermotaxy 热排聚形 热排性

eurybathic：广深性的;耐深的

广翅目 Megaloptera | 广深性的;耐深的 eurybathic | 广温性的 eurythermal

eurythermal：广温性

太民主会造成混乱,效率差.太集权人民没有自由,可能造成不公平.所以如何适度开放民主让人民有自由,又能集权办好公共建设,就要靠政治人物的智慧了.*对物理因子温度而言,依生物之耐受性可分广温性(Eurythermal)及狭温性(Stenothermal),

eurythermal：广温性的

euryphagic 广食性的 | eurythermal 广温性的 | eurytopic species 广适种

stenothermal：窄温性的

stenophagic 窄食性的 | stenothermal 窄温性的 | steppe and semideserty 干草原和半荒漠

thermotactic：趋温性的

定温槽,恒温器 thermostat | 趋温性的 thermotactic | 趋温性 thermotaxis

eurytherm：广温性生物

eurystomatous 阔嘴的 | eurytherm 广温性生物 | eurythermal 广温性的