从有机碳吸附常摘要数看，利谷隆具有“中等移动性”，灭草隆、敌草隆具有“较高移动性”，说明它们在土壤中的迁移性较差。
From the organic carbon adsorption constant, linuron had middling transference, diuron and monuron had upper transference, and these showed that they had worse transference in the soil.
方法通过实验室、现场试验，测定溴敌隆毒鼠膏剂的接受性和杀灭效果。
Methods To evoluate the acceptability of the bromadiolone poison paste and it's effect both in laboratory and in field.
方法室内采用粉迹法调查鼠密度，室外采用夹夜法调查鼠密度；投饵方式为一次性饱和投放溴敌隆毒饵。
Methods indoor and outdoor rodent density was investigated both indoor using powder tracking and night-trap Methods after saturated deployment of bromadiolone baits.
目的比较0.005%溴敌隆和0.038%杀鼠迷毒饵的适口性，为城市社区灭鼠剂的选择提供依据。
Objective To observe the palatability of 0.005% bromadiolone and 0.038% coumatetralyl baits in attracting rodent.
前言：目的：评价溴敌隆蜡块对家鼠的适口性及灭鼠效果。
Objective: to evaluate the palatability of bromadiolone to rodents and efficacy against rodents.
结论溴敌隆麦米毒饵对家鼠有良好的适口性和杀灭效果，有推广应用价值。
Conclusion The Bromadiolone baits had good palatability to rodent and efficacy against rodent. It should be generalized.
目的验证一次性投放溴敌隆毒饵能否控制海港口岸地区鼠害。
Objective To confirm whether one-time deployment of bromadiolone is effective in seaport rodent control.
方法用0.025%杀鼠灵毒饵和0.005%溴敌隆毒饵进行无选择性摄食试验。
Methods A non-selective feeding trial was conducted using 0.025% warfarin and 0.005% bromadiolone baits.
结论 双氯敌鼠铵对褐家鼠适口性好，在特殊环境中一次投饵的药效较为理想。
Conclusion The dichlorophacinon ammonium had the high toxicity and good palatability to R. norvegicus, which had good control efficacy in the special environment.
主动拒止技术是远距离使用毫米波电磁能以阻止、延缓和挡回前进之敌的一项突破性非杀伤技术。
Active Denial technology is a breakthrough non-lethal technology that USES millimeter-wave electromagnetic energy to stop, deter and turn back an advancing adversary from relatively long range.
主动拒止技术是远距离使用毫米波电磁能以阻止、延缓和挡回前进之敌的一项突破性非杀伤技术。
Active Denial technology is a breakthrough non-lethal technology that USES millimeter-wave electromagnetic energy to stop, deter and turn back an advancing adversary from relatively long range.
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