改良

During the processes of the soil improvement, concerning commix tier and noncommix tier of gypsum have different discriplinarian, which from quantitative change to qualitative change.

这8个化学方程，在石膏改良碱土中出现，并严重影响土壤改良进程，有时成为碱土改良成败的关键所在。

But the result of improvement soil translated alkaline soil into alkalier soil. Not onlu it is unavoidable and subsisted of stabilization in commix tier of gypsum, but also it destroyed direct improvement process. It is imported find what solved seepage problem of gypsum in the study. In configured duality structure of improvement soil, it needs abundance seepage gypsum in commix tier into noncommix tier in order to losing seepage capacity reduce in all deepness of improvement soil.

碱土改良过程中石膏渗漏损失最高可达到石膏施入量的40%以上，而改良结果碱土只转化为重碱化土；在石膏混合层内，它是一种不可避免的、稳定存在的且直接破坏土壤改良进程逆流；因此解决石膏渗漏问题亦是在本文研究工作中的重要发现：配置二元结构改良碱土中，正需要石膏混合层中大量石膏渗漏，以改良非石膏混合层，并使整个计划改良深度内的渗漏损失降为零。

The experiment was conducted to the improvement of the soil alkali -salinity in songnen grassland, based the seed movement over thenaked alkali-saline soil, which is very important significance on theory and appliance, and at the same time, we also explore a new way to improve naked alkali-saline soil by inserting cornstalk.

本实验以松嫩重度盐碱地为研究对象，通过对裸碱斑表面种子流研究为改良盐碱化草地改良提供了理论和指导，同时开展了扦插玉米秸秆法改良盐碱地的研究。

To improve the yield and quality of wheat is an important project to breeder with genetic method. Wild emmer (Triticum. Dicoccoides Kom), as a close species to common wheat, has many good characteristics which can be used to improve common wheat (. T. aestivum L) and is precious material in wheat evalution.

野生二粒小麦(Triticum.dicoccoides Kom)作为与普通小麦(T.aestivum L)亲缘关系较近的一个种，具有许多优良的特性，在小麦的遗传改良中占据着重要的位置，同时，野生二粒小麦是也是研究普通小麦遗传进化的珍贵材料本研究运用SSR分子标记方法对野生二粒小麦与普通小麦的A、B染色体组的同源性进行研究；同时，为了探讨野生二粒小麦的耐盐性能否应用在普通小麦的遗传改良中，采用水培法对从以色列引进的93份野生二粒小麦的耐盐性进行了初步探讨，为普通小麦的遗传改良提供实验依据。

Xinjiang Daye'is higher than male sterile lines. 2、The pistil characters of the male sterile plants BC1-2、BC1-19、BC1-21、BC1-22、BC1-23 are improved. Hairy cells of stigma of the male sterile plants enwrap loose mastoid cells. The area of mastoid cells exterior is larger. Hairy cells of stigma of the male sterile plants are longer and abduction.Their Style is larger and wide. The cubage of the epidermal cell is larger and the arrangement of passage cells is tight.

BC1-2、BC1-19、BC1-21、BC1-22、BC1-23的雌蕊的性状得到改良，改良的杂交后代不育株的柱头毛状体细胞将中心的乳突细胞包裹较疏松，乳突细胞明显突起且裸露面积较大，毛状体细胞较原不育系MS-4的相对长而外展且分泌物较多，；改良的杂交后代不育株的花柱较原不育系的花柱宽且长，表皮细胞的体积较大，通道细胞排列较紧密。

The methods of improved CTAB,rapid CTAB,improved SDS and improved low pH medium were used for genomic DNA isolation in Carya cathayensis.The results indicated that the method of improved SDS was the most suitable one for Carya cathayensis genomic DNA isolation and the DNA isolated can be used for PCR reaction.

以山核桃嫩叶为材料，对分别用经过改良的SDS法、改良的CTAB法、简易CTAB法及改良的高盐低pH法提取的基因组DNA进行检测比较，结果显示，改良的SDS法更适合于山核桃基因组DNA的提取，此方法提取的DNA能很好地用于PCR扩增。

Extraction of high-quality RNA from Panax ginseng tissues is particularly difficult due to high levels of polyphenolics and polysaccharides, or other compounds that bind and/or coprecipitate with RNA. The methods such as guanidinum thiocyanate, CTAB and modified Trizol were applied to isolate high purity and integrity RNA from Panax ginseng.

针对人参组织多酚、多糖类物质含量较高的特点，比较了改良的异硫氰酸胍法、改良的CTAB法和改良的Trizol法等3种不同的RNA提取方法。3种改良的方法均能从人参组织中提取到总RNA。

The precision, linearity, anti -interference ability, recovery rate were compared among the 4 methods according to the standard method of NCCLS, and relativity between each of the 4 methods and modified diazotate J - G was calculated. Results

结果改良化学氧化法、钒酸氧化法、胆红素氧化酶法的批内精密度均小于3.0％；4种方法的回收率均在95.0％～105.0％之间；KHC3法、改良化学氧化法、钒酸氧化法和胆红素氧化酶法的线性范围分别是：0～424μmol／L、0-675μmol／L、0-629μmol／L、0-575μmol／L；胆红素氧化酶法和改良化学氧化法均有较强的抗干扰能力，和改良J-G法的测定结果有高度一致性。

Combinating the siol column and potted plant experiment synthesize analysis that the soil alkalinity below 30% can be all improved by hydraulic and agricultural measure without the chemical amendment. When the alkalinity is over 30%, however, the alkaline soil must be made use of the chemical measure gathering water conservancy to attain improvement .

结合土柱试和盆栽试验的结果综合分析，在土壤碱化度低于30%的轻、中度碱化土壤通过水利与农业措施相结合的办法而不用化学改良剂就可以改良好；而碱化度大于30%的土壤，必须在水利措施的配合下，利用化学改良剂才能达到改良的目的。

Alertness, Blinding Speed (2), Cleave, Corrupt Spell, Corrupt Spell-like Ability, Craft Epic Rod, Craft Epic Wondrous Items, Craft Rod, Craft Wondrous Items, Dark Speech, Empower Spell, Epic Spell Focus, Eschew Materials, Extra Turning (2), Fly-by Attack, Great Cleave, Great Fortitude, Greater Spell Focus, Ignore Material Components, Improved Bullrush, Improved Initiative, Improved Spell Capacity (10th), Improved Spell Capacity (11th), Improved Spell Capacity (12th), Intensify Spell, Maximize Spell, Multispell, Negative Energy Burst, Planar Turning, Power Attack, Quicken Spell, Quicken Spell-like Ability, Reach Spell, Scribe Scroll, Spell Focus, Sunder, Toughness, Vile Natural Strike, Weapon Focus, Willing Deformity, Zone of Animation.

技能与特长：炼金术+56，平衡+11，哄骗+48，集中+102，手艺+35，手艺+63，交涉+48，逃跑艺术+50，医疗+33，隐藏+38，胁迫+53，跳跃+28，知识+63，知识+124，知识+96，知识+84，知识+ 63，聆听+55，安静移动+50，占卜+101，搜索+68，察言观色+55，法术识别+119，观察+57，摔绊+50，警觉，盲感（2），顺劈斩，腐化法术，腐化类法术能力，制造传奇法杖，制造传奇魔法物品，制造法杖，制造魔法物品，黑暗圣言，授予法术，传奇法术专攻，无须原料，额外活动力（2轮），飞行攻击，强力顺劈斩，异常强韧，强化法术专攻，无视原料材质，改良重击，改良先攻，改良施法（10级），改良施法（11级），改良施法（12级），强化施法，法术极效，负能量脉冲，转化位面生物，，猛力攻击，快速施法，快速施展类法术能力，法术效果延长，抄写卷轴，法术专攻，击破武器，坚韧，邪恶自然打击，武器专攻，扭曲肉体，活化区域

If Pentium 4 used to be the master of all games built on Quake3 engine, now the situation has changed completely.

如果奔腾4使用的是掌握所有游戏建立在求苛刻的发动机，现在的情况已完全改变。

No, this is not what we mean by framing, although the principle is the same.

不，这不是我们所讲的框架的含义，尽管法则是一样的。