远红外波频仪在水稻生产中的应用效果

为探究远红外波频技术对水稻生长、产量及品质的影响,以龙粳31为供试水稻品种开展远红外波频技术在水稻生产上应用效果的研究。结果表明,2022年和2023年远红外波频处理的水稻平均分蘖率为210.70%,较对照高11.4个百分点;远红外波频处理的水稻平均株高分别为35.10 cm(分蘖期)、78.25 cm(孕穗期)、93.45 cm(齐穗期)、94.30 cm(成熟期),均高于同时期的对照;远红外波频的平均产量为621.7 kg·(667 m^(2))^(-1),较对照处理增产13.9 kg·(667 m^(2))^(-1),增产率达2.29%。远红外波频处理主要是通过远红外波频提高分蘖数继而提高有效穗数,增加水稻穗粒数和提高结实率获得增产。远红外波频处理水稻平均糙米率83.6%、平均精米率75.75%、平均整精米率75.60%,均高于对照;远红外波频处理水稻的平均直链淀粉为18.8%,略高于对照,远红外波频的平均食味值为81.0分,高于对照0.5分。远红外波频处理的土壤平均有机质为39.60 g·kg^(-1)、平均碱解氮为136.25 mg·kg^(-1)、平均有效磷为39.57 mg·kg^(-1),平均速效钾为127.56 mg·kg^(-1),均高于常规对照;远红外波频处理的土壤平均pH6.39,低于常规对照。因此,在水稻生产中利用远红外波频仪能够明显提高水稻产量、品质和土壤养分。

远红外辐射波对铝合金化学镀的影响

采用金相显微镜、X射线衍射和扫描电镜等技术研究了远红外辐射波对铝合金化学镀层的沉积速率、组织结构、成分及形貌的影响。结果表明:在相同配方和工艺条件下,与普通水浴加热化学镀相比,远红外辐射波对铝合金化学镀层的结构、成分和形貌影响不大,但沉积速率提高了20%以上。

石墨烯远红外光波房对红细胞缗钱状排列的影响

目的观察石墨烯远红外光波房改善红细胞缗钱状排列的效果。方法29例试验志愿者按随机数字表法分为治疗组(21例)与空白对照组(8例)。治疗组用远红外光波房治疗30 min,空白对照组不接受任何试验措施干预。观察两组红细胞缗钱状排列改善情况。结果治疗组处理后红细胞缗钱状排列的即时改善效果明显,与空白对照组比较差异有统计学意义(P<0.001)。连续干预5 d,末次使用设备4 h后,治疗组的红细胞缗钱状排列得到改善,与空白对照组比较差异有统计学意义(P<0.01)。结论石墨烯远红外光波房可改善红细胞缗钱状排列。

光波浴房美体塑型项目的好帮好

记得有一幅漫画，塑身中心有两个门，进去的门是O型的，出来的门是X型的。是的，科技发展至今，女人们再也不用担心纤体过程会痛苦无比，因为，一大堆器械仪器护理用品可以给人全新的概念。正因如此，所以很多美容院的老板都在寻求一种时尚、效果佳、收益大的塑身仪器来开展相应的塑身纤体项目。其中远红外光波浴房是美体塑型项目中的好帮好。

超声波离子血管软化仪问世

该机由山东省烟台莱州市来通达医疗保健用品厂电子研究所继已研制生产的家用果菜药残降解水、臭氧消毒水、净化水、活性离子水四功能机和颈椎磁疗安神枕,磁疗排毒养颜座垫,磁疗降血压褥子之后,在多位专家教授的教导和通力合作下研制开发并获得了国家专利。该机接通220V电源后,用电5W,主机产生超声波,并根据人体的磁共振信息产生相应的共振磁信号。

轻纺

含高效陶瓷粒子涤纶生产技术 编号:QF99-1-1 功能 保健、保暖、防紫外功能 含高效陶瓷粒子涤纶的远红外发射率84％(天津大学测试),可以与人体发出的远红外波8～10○m谐振,促进人体微循环。

Analysis of the Influence of Different Drying Methods on the Active Ingredients of Fresh Medicine

The heating area of the material is large and the thermal efficiency is high,but it is n ecessary to control the suitable drying temperature ofdiffere nt medici nal materials to preserve the effective in gredients.D iff ere nt kinds of Chinese medicine need different drying conditions to fulfill good drying requirements.Natural drying in the shade is one of the traditional drying methods,which takes a long time and is easily affected by the weather.The water volatilizes slowly.It is prone to mildew and discoloration during the drying process.However,it can better preserve the volatile oil components of Chinese medicine.The hot-air drying machine has lower requirements.The medicinal materials have a large heating area and high thermal efficiency,but it is necessary to control the appropriate drying temperature of different medicinal materials in order to preserve the active ingredients of the medicinal materials;it is not suitable for medicinal materials that stick and bind easily.The microwave drying method possesses superiority in drying some valuable medicinal materials such as Ren she n(Radix et Rhizoma Ginseng)and Lurong(Co「nu Cervi Pantotrichum),and the effective ingredients are preserved at a high degree;it can also achieve the purpose of killing enzymes and protecting glycosides and have a good bactericidal effect,but it is not suitable for Chinese medicines containing heat-sensitive ingredients,because it will destroy most of the proteins,amino acids,and peptides of Chinese medicine and result in the loss of efficacy.The far-infrared drying method is suitable for drying thin-layer medicinal materials and is friendly to the environment.Freeze-drying can preserve the active ingredients very well and greatly retain the efficacy,but it has obvious limitations in preserving some Chinese medicinal materials that need to kill enzymes and protect glycosides;besides,the cost is relatively high and the drying time is long.