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Chinese Journal Of Geochemistry 2006年第B8期25卷 65-66页

作者： Mingyi WANG Xiaobing LIANG yaping zheng Youzhi ZHAO Zhongqing WEI State Key Laboratory of Environmental Geochemistry Institute of Geochemistry Chinese Academy of Sciences Guiyang 550002 China

Chemical Fertilizer Reduction and High Yield Cultivation Technique for Peanut

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Asian Agricultural Research 2019年第10期11卷 87-90页

作者： yaping zheng Shifu WANG Zulin zheng Lili WANG Chunxiao WANG Zeqi LU Wei JIANG Hongwei ZANG Yongmei zheng Shandong Peanut Research Institute Qingdao 266100China Gansu Precious Metal Smelting Co. Ltd.Dingxi 730500 China Weifang Food and Drug Inspection and Testing Center Weifang 261100China Wendeng District Agricultural Technology Extension Station of Weihai City Weihai 264400China Yantai Academy of Agricultural Sciences Yantai 265500China

For a long time,the amount of fertilizer applied to peanuts in China has been much higher than that of other main peanut producing *** the same time of increasing production,chemical fertilizers have also brought many adverse effects,which have brought potential threats to the sustainable development of peanut *** continuously increasing the yield,reducing the amount of chemical fertilizer has become an urgent problem to be solved in peanut production of *** on the research results of our team,this paper appropriately absorbed the latest research progress of chemical fertilizer reduction in related fields,and established the cultivation technique for peanut fertilizer reduction and high yield under different cultivation modes,to realize the synchronization of fertilizer reduction and yield increase for peanut *** technique includes two parts:common technology and different cultivation mode fertilization *** former includes crop rotation,proper deep tillage,application of organic fertilizer,selection of nutrient-efficient varieties,topdressing of foliar fertilizer,etc.,the latter includes film mulching spring peanut,continuous cropping field,acidified soil,peanuts interplanting with wheat,and summer direct sowing,*** technique provides a technical support for the chemical fertilizer reduction of peanut production in China.

关键词： Peanut Chemical fertilizer reduction High yield cultivation

Physiological Characteristics of Nitrogen Nutrition in Peanut and Efficient Nitrogen Application Technology

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Asian Agricultural Research 2022年第7期14卷 47-50页

作者： Chunxiao WANG Changsong JIANG Ke ZHAO Xiaoping ZHANG zhengfeng WU Yongmei zheng Tianyi YU yaping zheng Yantai Academy of Agricultural Sciences Yantai 265500China Haiyang City Agricultural Technology Extension Center Haiyang 265100China Sichuan Agricultural University Ya'an 625014China Shandong Peanut Research Institute Qingdao 266100China

Nitrogen plays a very important role in peanut nutrition and *** peanuts,the nitrogen nutrition comes from root nodules,soil and fertilizer,which are separately referred to as root nodule nitrogen,soil nitrogen and fertilizer *** research obtained following findings.(ⅰ)The nitrogen supply ratio of the three nitrogen sources for peanut is about 5∶3∶*** are significant differences in the nitrogen supply capacity of the three nitrogen *** root nodules have the largest variation in nitrogen fixation and have a high potential for *** fixation in root nodules is closely related to carbon metabolism indicators such as photosynthesis in peanut *** application could increase the accumulation of three nitrogen sources,and the increase in nodule nitrogen accumulation is greater than that of soil nitrogen and fertilizer nitrogen.(ⅱ)Nitrogen fertilizer has a significant effect on nitrogen nutrition of *** forms of nitrogen fertilizers,such as amide nitrogen,ammonium nitrogen,nitrate nitrogen and mixed ammonium nitrate nitrogen,have significant effects on nitrogen metabolism and nitrogen accumulation in *** nitrogen fertilizer is beneficial to improving the activity of enzymes related to nitrogen metabolism and nitrogen ***-release fertilizer can significantly increase the content of soluble protein and improve the activities of NRase,GDH,GS,GPT,*** roots and leaves at the pod setting and mature stages of peanuts,which is favorable for delaying the plant senescence and increasing the yield of *** application of common nitrogen fertilizer and slow-release fertilizer can increase the soil nitrate nitrogen level at the later growth stage,which is beneficial to the development of the root system at the later stage of growth,increasing the distribution ratio of nitrogen in the pods,and also favorable for increasing the yield and nitrogen utilization rate.(ⅲ)Increa

关键词： Peanuts Nitrogen Physiological characteristics Efficient fertilization

High-yield and High-efficiency Standardized Cultivation Technique for Wheat Interplanting with Peanuts

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Asian Agricultural Research 2019年第11期11卷 70-72,80页

作者： yaping zheng Zulin zheng Lili WANG Chunxiao WANG Zeqi LU Wei JIANG Hongwei ZANG Hao FENG Yongmei zheng Caibin WANG Shandong Peanut Research Institute Qingdao 266100China Weifang Food and Drug Inspection and Testing Center Weifang 261100China Wendeng District Agricultural Technology Extension Station of Weihai City Weihai 264404China Yantai Academy of Agricultural Sciences Yantai 265500China

Through wheat interplanting with peanuts,it is able to make full use of the light and heat resources in the growing season to achieve high yield of both wheat and peanuts in two seasons of one *** interplanting with peanuts is one of the main cultivation methods of wheat and oil crop double cropping system,and has very broad development prospects in the Huang-Huai-Hai *** paper summarized high-yield the high-efficiency and standardized cultivation techniques for wheat interplanting with peanuts,including crop rotation,proper deep ploughing,balanced fertilization,rational matching of fine varieties,interplanting at suitable time,sowing according to certain specification,and enhancing the field *** can be used as reference for high-yield and high-efficiency standardized cultivation technique for wheat interplanting with peanuts.

关键词： Peanut Wheat interplanting High yield cultivation

不同沉积物无溶剂纳米石墨烯流体/环氧树脂复合材料阻燃性能对比

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复合材料学报 2017年第1期34卷 31-39页

作者：史婷郑亚萍李沛沛西北工业大学理学院应用化学系西安710072

分别以沉积碳纳米管(MWCNTs)和羟基锡酸锌的石墨烯片层(GNS)纳米粒子为核、表面活性剂KH560为颈状层、聚醚胺M2070为冠状层,制备了无溶剂(GNS-MWCNTs)@M2070流体及无溶剂(GNS-ZHS)@M2070流体。将质量分数为2.0wt%的两种无溶剂纳米流体... 详细信息

分别以沉积碳纳米管(MWCNTs)和羟基锡酸锌的石墨烯片层(GNS)纳米粒子为核、表面活性剂KH560为颈状层、聚醚胺M2070为冠状层,制备了无溶剂(GNS-MWCNTs)@M2070流体及无溶剂(GNS-ZHS)@M2070流体。将质量分数为2.0wt%的两种无溶剂纳米流体分别加入环氧树脂(EP)中,制备了无溶剂(GNS-MWCNTs)@M2070/EP和(GNS-ZHS)@M2070/EP复合材料,并对其热性能和阻燃性能进行研究。锥形量热测试结果表明,纯EP、(GNS-MWCNTs)@M2070/EP、(GNS-ZHS)@M2070/EP的火焰增长速率(FIGRA)值分别为3.682,3.118和4.391kW(m^2·s)^(-1),同时,相比(GNS-MWCNTs)@M2070/EP,含有(GNS-ZHS)@M2070的EP基复合材料较纯环氧树脂具有更低的生烟速率(SPR)、生烟总量(TSR)和一氧化碳释放量(COP)值,说明沉积有羟基锡酸锌的石墨烯片层纳米粒子为核的无溶剂纳米流体对提高环氧树脂阻燃性能更为有效。

关键词：无溶剂纳米流体石墨烯羟基锡酸锌环氧树脂阻燃性

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探索高级技工学校培养预备技师的措施和方法

中国职业技术教育 2007年第18期23卷 30-31,33页

作者：郑亚平永州市高级技工学校湖南永州425000

高级技工学校培养预备技师是一个新的课题，文章分析了高级技工学校培养预备技师的必要性和可能性，从培养目标、培养方式、教学体系、质量保障体系等方面论述了高级技工学校培养预备技师的措施和方法。

关键词：探索高级技校培养预备技师措施和方法

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对全球化视野下公民道德教育的思考

河南社会科学 2005年第4期13卷 120-122页

作者：郑雅萍郑州大学体育学院河南郑州450052

公民道德教育是促进个体自身完善、社会秩序稳定和经济发展的重要条件。全球性政治、经济、文化的一体化带来了价值观的多元化,使我国的公民道德教育领域出现一些新问题。在全球化视野下,我国的公民道德教育应当建构起跨文化的公民道德... 详细信息

公民道德教育是促进个体自身完善、社会秩序稳定和经济发展的重要条件。全球性政治、经济、文化的一体化带来了价值观的多元化,使我国的公民道德教育领域出现一些新问题。在全球化视野下,我国的公民道德教育应当建构起跨文化的公民道德教育理论体系,营造理想的道德环境,形成学校、家庭、社会整体的教育网络,加强对青少年一代道德观念的教育和良好行为的训练。

关键词：全球化公民道德教育思考

脲衍生物对环氧树脂/双氰胺体系促进作用的研究

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中国塑料 2013年第3期27卷 47-52页

作者：郑国兵郑亚萍吴非西北工业大学理学院应用化学系陕西西安710072

对比了不同结构的脲衍生物[3-(3-氯-4-甲基苯基)-1,1-二甲基脲(A)、3-(3,4-二氯苯基)-1,1-二甲基脲(B)、3-(4-氯苯基)-1,1-二甲基脲(C)]对环氧树脂/双氰胺体系的促进作用。利用差示扫描量热仪和傅里叶变换红外光谱研究了3种环氧树脂/双... 详细信息

对比了不同结构的脲衍生物[3-(3-氯-4-甲基苯基)-1,1-二甲基脲(A)、3-(3,4-二氯苯基)-1,1-二甲基脲(B)、3-(4-氯苯基)-1,1-二甲基脲(C)]对环氧树脂/双氰胺体系的促进作用。利用差示扫描量热仪和傅里叶变换红外光谱研究了3种环氧树脂/双氰胺/脲体系的反应活性和固化反应动力学。结果表明,体系A的最佳配比为:环氧∶双氰胺∶脲A=100∶6∶4(质量比,下同),130℃时40min就可以完全固化,其表观活化能(Ea)=64.66kJ/mol,反应级数(n)=0.897;体系B的Ea=71.68kJ/mol,n=0.930;体系C的Ea=71.03kJ/mol,n=0.928;3种体系配制的胶液的室温剪切强度均大于20MPa,体系A的粘接强度达到24.98MPa。

关键词：环氧树脂双氰胺脲衍生物固化反应动力学

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三指对捏进针法在输液港中的应用

中国实用护理杂志 2019年第24期35卷 1908-1910页

作者：杨慧郑亚萍浙江大学医学院附属第二医院肿瘤内科杭州310009

目的采用三指对捏进针输液港的方法来探讨其优点。方法选择2018年1-6月经颈内静脉行输液港植入术的患者43例。采用自身对照法,分为试验组和对照组,2组患者均使用安全型蝶翼无损针进针。对照组在2018年7月1-31日采用传统进针法,试验组在2... 详细信息

目的采用三指对捏进针输液港的方法来探讨其优点。方法选择2018年1-6月经颈内静脉行输液港植入术的患者43例。采用自身对照法,分为试验组和对照组,2组患者均使用安全型蝶翼无损针进针。对照组在2018年7月1-31日采用传统进针法,试验组在2018年8月1-31日采用三指对捏进针法,比较2组患者在一次性进针、局部皮肤出血、患者满意率方面的不同结果。结果对照组一次性进针率和未出血率均为25.6%(11/43)、满意率为20.9%(9/43),有1例基座翻转、1例夹闭综合征、1例局部感染,无其他并发症。试验组一次性进针率、未出血率和满意率均为90.7%(39/43),有1例夹闭综合征,无其他并发症。2组一次性进针率、局部未出血率、满意率差异有统计学意义(χ^2=37.45、37.45、42.43,均P<0.05)。结论三指对捏进针法比传统进针法更能提高护士一次性进针率,提高患者的满意率,降低并发症,值得在临床中推广。

关键词：三指对捏进针法输液港

基于研究报告规范的批判性文献阅读对护士实施科研培训

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护理学杂志 2022年第10期37卷 51-54页

作者：郑亚平郑丹萍溧阳市人民医院神经内科江苏溧阳213300 溧阳市人民医院护理部江苏溧阳213300

目的探讨基于研究报告规范的批判性文献阅读对临床护士科研能力培养的效果。方法选取39名护理科研骨干,通过成立护理科研文献阅读小组,以研究报告规范为导向开展每月1次的批判性文献阅读活动,持续10个月。比较培训前后临床护士科研能力... 详细信息

目的探讨基于研究报告规范的批判性文献阅读对临床护士科研能力培养的效果。方法选取39名护理科研骨干,通过成立护理科研文献阅读小组,以研究报告规范为导向开展每月1次的批判性文献阅读活动,持续10个月。比较培训前后临床护士科研能力和职业认同感得分。结果培训后临床护士科研能力得分、职业认同感得分显著高于培训前(均P<0.01)。结论对临床护士开展基于研究报告规范的批判性文献阅读,可提高临床护士科研能力和职业认同感。

关键词：护士研究报告规范批判性文献阅读科研培训科研能力职业认同