液化状态：液化
嗅味：正常
PH值：7.3
粘稠度：一般
液化时间：30分钟
颜色：灰白
稀释比：原液
被检精子总数：264
精子密度（百万/毫升）：16.91
精子活率：39.02%
精子活力a+b级：12.5
a级：9.85%
b级：2.65%
c级：26.52%
d级：60.98%
曲线速度VCL（微米/秒）：56.23
路径速度VAP（微米/秒）：11.45
侧摆幅值ALH（微米）：0.68
鞭打频率BCF：12.04
移动角度MAD：55.85
直线速度VSL（微米/秒）：8.73
直线运动精子活率：7.58%
摆动性WOB：20.37%
线性度LIN：15.52%
前向性STR：76.19%
麻烦会看的帮忙分析下，BS复制粘贴者。
看了你的精液检测报告，与世界卫生组织（WHO)颁订的《正常精液标准》（见下附）对照来看，你的精液中精子的质量是很差的。主要是是精子活率和精子活力两项差的太多。
精子活率：要求75%以上是活的，而你的才39.02% 。也就是说，你精液中大部分不是活着的精子。
精子活力：要求a级+b级大于50% ， 而你的才12.5% 。也就是说，你精液中的精子活动能力低下。
这样的精液射入她的体内后，要想使她怀孕的几率是极小的。
建议你服用一段时间中成药“五子衍宗丸”，三个月后再次做一次精液常规检测，看看改善程度如何。
【附】
世界卫生组织（WHO）所颁订的《正常精液标准》如下：
液化时间： 室温下，60分钟以内
颜 色： 均匀的灰白色
精 液 量： 2.0 ml 以上
pH 值： 7.2 ~ 8.0
精子浓度： 20 ×1000000 ml 以上
精子活率： 75%以上是活的
精子活动力： 50%以上属于a与b级 （按照精液质量的优劣依次为a.b，c，d）
精子形态： 30%以上为正常
白 血 球： 少于 1 × 106 ml
Preliminary study on municipal solid waste gasification test
Line, before the waste materials into the gasifier, the gasifier is preheated to the central temperature gasification process 2 laps 1-rich gas installations; a sub-cylinder 2; 3 - gasifier; 4 an ash trough; 5-precipitator; 6,7 - scrubbers; 8-- filter; 9 a Roots blower; lo. Seal; l1 stretch cabinet; l2_ screw feeder; 13 a hopper; 14 a cyclone 6OO ℃ above, waste gasification reaction temperature 6OO ~ 750 ℃ ??within the gasifier feed rate of 91. 7kg / h, gas production of 200m3 / h, the resulting gas composition and calorific value in Table 2. The reaction temperature is 550 ℃, the test produced gas, petrol and gas composition in Table 2 calorific value of taste. And the biomass ratio, solid waste ash component is high, but very loosely (and ash almost). In the experimental conditions, no molten state. 3 test data analysis and discussion 3.1 Materials Handling (1) This test uses the waste, pre-drying, sorting and grinding are done manually, so this use of the gasification of raw materials by human factors,abercrombie en fitch, material representation need further study. (2) by the manual sorting out of the combustible components accounted for about 10% of total waste, and the rest is non-flammable components, the main combustible components of plastic products,abercrombie nederland, accounting for 70% of the total combustible components about the rest of the fiber, paper, leaves and other wood components, this part of the combustible ingredients are sun dried, the use of jet milling to a certain size, because of plastic bags, fiber and other materials are flexible, the ordinary has a certain degree of difficulty and jet milling efficiency very low, such as large-scale use and efficient grinding equipment to be used. (3) to waste sorting out of the raw materials is relatively small, early trials using straw gasifier preheat raw materials until normal operation of the gasifier, the waste material into the gasifier, the process according to the test the feed of raw materials , gasifier bed pressure drop as well as the gas produced by combustion is judged that the input waste materials can be completely gasified in the gasifier, stable, stable gas produced by combustion. 3.2 pyrolysis pyrolysis from the laboratory analysis of experimental research data can be seen under the same conditions to calculate the dry ash-free basis,babyliss krultang, waste and condensate produced carbon material less than the biomass. Carbon biomass was about 70%, was about to pour the product of biomass 60%. 3.3 gasification (1) in the gasification process, when the temperature reached 550% of gasification, gas to convey a clear gasoline. Description of solid waste generated in the gas composition contains more hydrocarbons, biomass is not available. (2) test the use of the initial straw material preheating furnace gasifier, gasifier operation to be stable after the waste material into the gasifier, renewable energy 2003.2 (Total 108) According to the raw materials into the testing process material conditions, the pressure drop of bed gasifier and the gas generated by combustion is judged that the input waste materials in the gasifier gasification completely continuous and stable, and the resulting combustion gas well. (3) waste gasification ash content may be high,abercrombie brussel, but loose (and ash almost), no molten state. Conducive to gasification operation. (4) waste gas produced by gasification of hydrocarbons were significantly high, up 6%, which is a high calorific value waste gasification reasons. (5) From Table 2 we can see, the gasification temperature on CO, CO levels have little effect on CH and Cm} {the greatest impact. The reason may be because the solid waste plastic material containing more organic matter, another class of organic fibers which long-time stack, produced a bio-degradation process, making it more conducive to pyrolysis, gasification, thus changing the pyrolysis process to produce more hydrocarbons. 4 Conclusion (1) after the separation of municipal solid waste gasification of organic matter is a good raw material, the resulting gas can be used as power,mbt laarzen, life and combustion gas boiler. (2) treatment of solid waste pyrolysis faster, easier to pyrolysis. But the ash content of the solid products up to 72% or more. (3) fluidized bed gasifier for gasification of municipal solid waste is technically feasible. Can be obtained 650o ~ 7500kJ / m of high calorific value gas. (4) municipal solid waste gasification of biomass gasification is easier than that. References [1] 1 JIANG Jian-chun. Industrial applications of biomass catalytic gasification technology research [J]. Forest Products Chemistry and Industry, 2001,21 (4) 21-26 [2] Li Yan dream. In 2002 China's energy industry development ideas and requirements [J]. China Energy, 2002 (6) :4-6 [3] Hu Xiulian, Jiang says, Choi Sung. MSW generation CDM project case studies [J]. China Energy, 2002 (7) :21 -27
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