脱囊衣柑橘全果微波杀菌的研究

通过对果实中心温度、残留的细菌总数及外观品种等参数的测定 ,确定去囊衣柑橘全果微波杀菌的适宜条件为 72 9W ,作用时间 60s。微波杀菌后的全果保质期可以延长为 47d。

微波杀虫灭菌性能效果及副作用比较研究

文章论述了微波杀虫灭菌技术与传统方法的区别 ,微波杀虫灭菌的特点及使用时应注意的事项。

微波处理条件对籼米质量的影响研究

采用正交试验表研究不同微波处理温度、微波处理功率对不同水分的供试籼米的品质的影响。试验结果表明在47~65℃微波温度处理范围内,供试大米碎米总量、垩白粒率、黄粒米和品尝评分值等均未发生显著性变化,直链淀粉含量呈现显著性变化,脂肪酸值和水分含量显著下降。需进一步改进微波工艺。

微波防治大米中玉米象虫卵的效果研究

通过正交微波杀虫试验,研究大米水分、微波处理温度和处理功率3个因素对大米害虫玉米象子代种群抑制率的影响情况。结果表明,温度是影响微波防治大米中玉米象虫卵的主要因素,在水分14%、功率200 W、温度(59±1)℃的微波处理条件下,玉米象子代种群抑制率达100%。研究结果为科学利用微波防治大米加工储藏过程中的害虫提供技术支撑。

不同脉冲微波处理条件对籼米质量的影响研究

以籼米为原料,采用单因素试验,研究不同处理温度、不同作用功率的脉冲微波对籼米水分、裂纹粒率、碎米总量、垩白粒率、黄粒米率、食味值等质量指标的变化规律。结果表明,供试大米碎米总量、垩白粒率、食味值未出现规律性变化且无显著性差异;裂纹粒率有所增加,无显著性差异;黄粒米率有所增加,部分处理存在显著性差异;水分含量,损失幅度较小。研究结果为科学利用脉冲微波防治大米加工储藏过程中的害虫提供技术支撑。

超声波在农作物病虫害防治中的应用

阐述物理手段在农业病虫害的防治领域中的技术性突破,电磁波超声技术、微波杀虫技术的应用,探讨电磁波干扰的原理、电磁波对于有害昆虫的干扰器、微波杀虫技术。

Microwave-assisted synthesis of defective tungsten trioxide for photocatalytic bacterial inactivation:Role of the oxygen vacancy

Surface defect modulation has emerged as a potential strategy for promoting the photocatalytic activity of photocatalysts for various applications, while the impact of the oxygen vacancy on bacterial inactivation is still debated. In this study, oxygen vacancies were introduced to tungsten trioxide nanosheets(WO3–x) via a microwave-assisted route. The as-prepared WO3–x nanosheets exhibited excellent visible-light-driven photocatalytic activity toward E. coli K-12 inactivation, and 6 log orders of the bacterial cells could be completely inactivated within 150 min. The obtained bacterial inactivation rate constant was 15.2 times higher than that of pristine WO3 without oxygen vacancies, suggesting that the surface oxygen vacancy could significantly promote the bacterial inactivation efficiency. The mechanism study indicated that the inactivation of bacterial cells occurs via a direct h+ oxidation pathway. In addition, the role of the oxygen vacancy was studied in detail;the oxygen vacancy was found to not only promote interfacial charge separation but also tune the band structure of WO3, thereby leading to increased h+ oxidation power. Finally, a possible oxygen vacancy-dominated photocatalytic bacterial inactivation mechanism is proposed. This work is expected to offer new insights into the microwave-assisted synthesis of defective photocatalysts and the use of the oxygen vacancy for promoting photocatalytic antibacterial activities.

宜兴市鼎新微波设备有限公司——获多项国家专利

本公司位于江苏宜兴市中国环保科技工业园内,公司集科研、开发、生产销售于一体,拥有雄厚的技术力量,具备专业成套设备设计、生产能力,营销、售后服务体系完备。DXYHW系列远红外茶叶提香机该设备是本公司技术人员根据远红外的光热特性结合制茶工艺开发的又一新产品,该产品使茶叶在运动中提香,解决了原静止状态中提香的许多弊端,是茶叶加工领域的又一次重大突破。