- 更多网络例句与增加水分相关的网络例句 [注：此内容来源于网络，仅供参考]
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Bouillon, clam juice, juice from canned tuna, and water also can be added to dry foods to increase water intake.
清汤、蛤蜊汤、罐装鲔鱼的汁，和水可以加在乾燥食物中，以增加水分摄取。
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If you slightly increase the water and nutrient supply
如果你轻微的增加水分和养分的供给
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The eco-physiological characteristics of drought endurance of Pinus sylvestris var.mongolica were studied under different climatic regions, soil water and leaf water condition.Furthemore,the response and adaptability of trees to water stress was done.The below showed the results. 1 The parameters of drought endurance of P. sylvestris var. mongolica was measure and studied by PV technology in the subhumid, semiarid and arid regions The results indicated the osmotic potentials at water saturation condition and at the initial loss turgor decreased as the climatic drought degree increased,and related linearly with the climatic moisture index.It was proved that the drought endurance of P. sylvetris var. mongolica was varible and the elevation of the osmotic adjust capability was a main way to the adaptation of trees to the drought climatic environment.
本文研究了樟子松(Pinus sylvestris var.mongolica)的主要耐旱生理生态特征在不同地区、不同土壤水分状况和叶水分状况下的变化，进而研究了樟子松对水分胁迫的反应和适应，结果如下： 1 应用 PV 技术对半湿润区、半干旱区和干旱区樟子松耐旱性指标测定研究指出，水饱和总体渗透势和初始失膨点总体渗透势随着气候干旱程度增加而增加，与气候湿度指标呈直线相关，证明了樟子松属于耐旱性可变的树种，渗透调节能力增加是其对干旱气候适应的主要途径。
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The ability of maintaining turgor pressure, osmotic adjustment,capable of preserving and endurance of water separation capability were increased under elevated CO_2 concentrations,whereas the resistance of water separation capability decreased.Theε~max increased in normal water condition of Acer truncatum under 720μmol·mol~(-1)CO_2,and cytoderm more hardness and less elasticity.But in circle 3,ε~ decreased in light and middle drought conditions and increased in serious drought condition.(5) The branch 0,branch 1 and branch 2 of hydraulic conductivity of 7 trees increased along elevated CO_2 concentration.
随着CO_2浓度的增加，RWC~0/RWC_s下降，Ψ~0π和Ψ~(100)π在循环1时先增加后下降，一直持续到循环3，高CO_2浓度下元宝枫维持膨压的能力增强，渗透调节和自身保护能力，以及忍耐脱水能力虽然增加，但是抗脱水能力却减弱了，不能同时兼得。720μmol·mol~(-1)CO_2元宝枫ε~在水分条件较好时增加，细胞壁较坚硬，弹性小，但是到循环3时，ε~在轻度干旱和中度干旱时下降，到后期水分严重胁迫时却升高。
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With aggravation of drought stress, ZXY04P-75 and ZXY04P-201 increased in proline content while that of ZXY03P-173 and ZXY04P-239 increased initially, reaching the peak at the 8th day, then declined. And the rate of net photosynthetic declined notably with the intensity of drought stress, The minimum of decline rate of net photosynthetic is ZXY04P-201. 4. The results of photosynthetic mechanism for 4 Dactylis glomerata L. show: the net photosynthetic rate, transpiration rate,stomatal conductance and chlorophyll decreased dramatically, Compared with weak drought resistance ZXY04P-239,the net photosynthetic rate, transpiration rate, stomatal conductance and chlorophyll in the leaves strong drought-resistance ZXY04P-201 decreased slowly.
连续水分胁迫及复水条件下4份鸭茅抗旱机理的研究表明，叶片水分饱和亏缺随着干旱胁迫强度的增加而增加，其中变化幅度最大的是ZXY04P-239，最小的是ZXY04P-201；ZXY03P-173和ZXY04-201质膜相对透性和可溶性糖含量随着干旱胁迫强度的增加而增加，而ZXY04P-75和ZXY04P-239出现单峰变化，在胁迫第8d后达到最大，然后下降；ZXY03P-173和ZXY04P-239脯氨酸含量在干旱胁迫第8d达到最大，而ZXY04P-75和ZXY04P-201的脯氨酸含量随着干旱胁迫程度的加深而逐渐达到最大；4份材料叶片的净光合速率随着干旱胁迫强度的增加而减小，其中ZXY04P-201的净光合速率下降率胁迫至12d时为最小。
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The vertical roots of short-lived grasses Erodium axyrrhynchum and annual grasses Ceratocarpus arenarius formed before May so to avoid the drought season.
3一年生草本植物角果藜的根系垂直生长主要发生在4月至5月中旬，短命植物尖喙牻牛儿苗的根系垂直生长主要在5月之前，两者都是在干旱季节来临之前垂直根迅速生长，以增加水分吸收。
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The values of D10 and D for the total bacteria in boiled dumplings under chill state were 2.04 kGy and 4.00 kGy, the value of D10 and D for E. coli were 1.25 kGy and 2.00 kGy. TBAS were increased significantly and excessed the trade standard by 5 kGy γ-irradiation. However, the TBAS would be decreased with addition of antioxidants. Lipid peroxide,volatile basic nitrogen,"a" value of color and "b" value of color showed a tendency of increase, and moisture content and Aw showed a tendency of decrease, which did not achieve a significant level(p.05) by 1 to 5 kGy doses of γ-irradiation. Total acidity, amino acid nitrogen and free fatty acid showed no significant differences between treated and control samples. Sensory evaluation values were decreased and were all well within the acceptable level by 1 to 5 kGy doses of γ- irradiation.
辐照能有效降低鲜熟水饺细菌总数和大肠菌群数量，鲜熟水饺中细菌总数和大肠菌群的 D10值分别为 2.04 kGy 和 1.25kGy，D 值分别为 4.00 kGy 和 2.00kGy；0～5kGy 辐照鲜熟水饺 TBA 值随辐照剂量增加而增加，5kGy 辐照已使之超过国家行业标准限量要求；辐照鲜熟水饺过氧化值、挥发性盐基氮、色差 a 值、色差 b值存在随辐照剂量增加而增加的趋势、水分含量存在下降趋势，但变化未达到显著水平(p.05)；对酸度、氨基酸态氮、水分活度、游离脂肪酸含量等其他理化指标没有显著影响；较高剂量辐照使产品感官质量降低，却都在可接受范围内； 4kGy 辐照使维生素 B1下降 31.94%，对维生素 E、蛋白、脂肪、氨基酸、不饱和脂肪酸含量无显著影响。
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During the processes of conditioning and pelleting, decrease of particle...
调质和制粒过程中，小粒度有利于蛋白质变性和淀粉糊化，使蛋白质体外消化率和淀粉糊化度提高；增加水分有利于淀粉糊化，而对蛋白质变性、VC活性减小和有害微生物灭活的影响较小；升高温度有利于蛋白质变性和淀粉糊化，使VC活性减小和有害微生物灭活；在高温调质和制粒过程中，饲料中的绝大部分致病菌[0]可被杀灭。
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The results showed that the sandy soil in layered soil profile can stimulate or obstacle the water movement as compared to the uniform loam column with 50cm depth of water table, this was mainly determined by the position of the sand layer.
结果表明，砂层对于水分的蒸发既有促进也有抑制作用，在地下水埋深为50 cm时，5 cm厚的底砂层可使水分的蒸发强度增加10%～20%；砂层距水位的距离大于5 cm时，砂层可抑制水分的蒸发，且当距离增加到35 cm左右，其抑制率可达70%～80%；当砂层距水位的距离继续增大时，水分的蒸发强度基本保持不变。
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Subsoiling under no-tillage is an effective rotation tillage to content of more soil moisture and improvement of water use efficiency in ecotone of north China.
在免耕的基础上深松，是北方农牧交错带有效增加水分利用效率的保护性轮耕措施。
- 更多网络解释与增加水分相关的网络解释 [注：此内容来源于网络，仅供参考]
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Aloe extract：芦荟
芦荟(Aloe Extract):促进细胞的活化及代谢,并有保湿、舒缓、消炎和平衡PH值的作用. 维生素E(Vitamin-E):捕捉自由基、滋养、抗老化. 玻胺酸(Hyaluronic Acid):强效天然保湿,增加皮肤角质层的水分,使皮肤湿润光滑,维持皮肤的健康.
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boreal：北方
其中比较重要的新认识有:(1)岩溶地区的植被,常常是涵养水分,增加含水层的贮水能力,改善水文生态环境的重要因素,但在澳大利亚南部岩溶区广泛分布的桉树,则以其强烈的蒸发作用,而被用于降低地下水位,防治土壤盐碱化;(2)在北方(Boreal)或温带湿润气候生态区,
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diabetes insipidus：尿崩症
尿崩症(diabetes insipidus) 是由于脑下垂体后叶激素之一的抗利尿激素的缺乏所引起的肾脏排出水分增加的现象.原因是肾细尿管的再吸收受到影响.多尿症意味着尿量的增加,它和糖尿并无关系.尿崩症一烦渴狂饮,尿频量多为主要特征,病程久者可伴体形消瘦,
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diarrhea：腹泻
①号专家的解答结果: 腹泻(diarrhea)是一种常见症状,是指排便次数明显超过平日习惯的频率,粪质稀薄,水分增加,每日排便量超过200g,或含未消化食物或脓血,粘液.腹泻常伴有排便急迫感,肛门不适,失禁等症状.腹泻分急性和慢性两类 给婴儿增加辅助食品时,
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osmotic diuresis：渗透性利尿
如果肾小管中溶质浓度增加,则小管液渗透压升高,以致阻碍水分的重吸收,较多的水随终尿排出、尿量增多,这种现象称为渗透性利尿(osmotic diuresis). 有些药物如甘露醇注入血液后,随血浆自由滤入肾小囊,由于它溶于水并且不被肾小管重吸收,
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antidiuretic hormone：抗利尿激素
脑下垂体会分泌抗利尿激素(Antidiuretic hormone)以控制肾脏吸收尿液的水分,调节排尿量. 正常的夜晚睡眠,抗利尿激素会增加,以减少睡觉时的尿液制造. 如果肾脏功能出现衰竭,或脑下垂体长有肿瘤,影响抗利尿激素的分泌和功能失调,则会引致肾脏不停地排尿.
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lactose intolerance：乳糖不耐症
乳糖不耐症(Lactose intolerance)是因为人体小肠黏膜的乳糖分解酉每缺乏或不足,造成进入小肠中的乳糖无法充分水解而堆积在肠管内,此时因为乳糖的斥水性而使肠管内水分增加,因而肠管的运动亢进以致引起腹胀、恶心、腹痛及下痢等症状.
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lapse rate：递减率
不要编造号码,而要自我介绍是一名滑翔伞飞行员,正在寻找以下信息:[气]递减率(lapse rate)一个大气变量(不加说明则指温度)随高度的变化. 高度增加,大气温度下降,递减率取正值. 潜热(latent heat)水分在循环的过程中,当水的状态变化时,
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Luteolin：木犀草素
采用最新科技生产,含去乙酰化酶,胶原蛋白等补充皮肤的水分和养分有效成分,增加皮肤弹性,有效地去除细纹和皱纹,焕发肌肤光彩,延缓衰老. 以及SPF15的防晒和持久保湿效果. 主要成分:去乙酰化酶(Sirtuin),异烟酰胺(Isonicotinamide),木犀草素(Luteolin)
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Grapefruit Essential Oil：葡萄柚精油 调节皮脂分泌,具良好流动性,可增加体内水分代谢
Grape Seed Extract 葡萄籽萃取 含高成分葡萄多酚,可预防自由基及细胞氧化功能 | Grapefruit Essential Oil 葡萄柚精油 调节皮脂分泌,具良好流动性,可增加体内水分代谢 | L-Ascorbic acid 左旋维他命C 抗氧化作用