烘干

hōng gān
  • dry;stoving;oven dry;bakeout;dry by fire;dry beside or over a fire
烘干烘干
烘干 [hōng gān]
  • [dry by fire] 藉火烤干

烘干[hōng gān]
  1. 乳白石英远红外源在C(62A)型敞车涂漆烘干上的应用

    The Application of Milky White Quartz Far Infra-Red Source on Painting and Stoving for C_ ( 62A ) Vehicle

  2. 消毒作用60min+烘干60min,可完全灭活脊髓灰质炎病毒和完全破坏HBsAg抗原性。

    Disinfection for 60 min + stoving for 60 min could completely inactivate poliovirus and completely destroy the antigenicity of HBsAg .

  3. 我们把靴子放在火旁烘干。

    We dried our boots off by the fire .

  4. 厨房内充斥着烘干制服的难闻气味。

    The kitchen was rank with the smell of drying uniforms .

  5. 不要直接加热烘干内衣,那样会损坏布料。

    Never dry underwear over direct heat ; it will weaken the fabric .

  6. 你若要买烘干机,找一台带感应器的,可以在衣服干的时候自动断电。

    If you buy a drier , look for one with a sensor which switches off when clothes are dry .

  7. 衬衫洗干净之后,我自己将它们熨好、烘干并放在他房间的抽屉里。

    When the shirts were clean , I ironed them myself , aired them and placed them in drawers in his room .

  8. 我们在火前烘干了衣服。

    We dried our clothes in front of the fire .

  9. 回转式烘干机的CAD系统研制

    Research and Design of CAD System for Rotary Dryer

  10. 基于DSP技术的模糊控制在枸杞烘干中的应用

    DSP study of application on fuzzy control system in baking Chinese wolfberry

  11. 其中烘干和微波干燥动力学模型符合Page方程;

    The drying dynamics model of fired drying and microwave drying was tally with the Page equation .

  12. 铌渣的X荧光光谱分析含菌枣渣经过混合造粒、烘干,压制成枣纤维片。

    X-Ray Fluorescence Spectrometric Analysis of Niobium-containing Slags The jujube cellulose tablet was thus obtained .

  13. 文章详细阐述了自动烘干系统工艺流程和PLC在设计中的应用。

    The craft process of automatic drying system and the application of the PLC in design are expounded .

  14. 煮制后烘干组盐水鸭的脂肪、pH值、氯化钠含量均最高。

    After boiling , duck meat of drying group had the highest fat and salt content and the pH value .

  15. 五段通汽烘干过程的优化与控制(二)&烘干表面温度的鲁棒H∞控制

    Optimizing and Control of Five Section Heating of Driers ( 2 ) Robust H_ ∞ Control for Surface Temperature of Drier

  16. Pd/Al2O3催化剂的制备通常包括浸渍、烘干、焙烧和还原等步骤。

    The preparation procedure of Pd / Al2O3 catalyst usually consists of impregnation , drying , calcination and reduction .

  17. 将在100℃烘干的残渣于450℃灰化2h,冷至室温准确称得其质量。

    The residue was ashed at 450 ℃ for 2 h , and its mass was taken accurately .

  18. 方法:采用RP-HPLC法测定真空冷冻干燥法和传统的水煮烘干法加工后的天麻中的天麻素的含量,并比较两者的外观特征。

    METHODS : Vacuum freeze drying and oven drying were adopted . The content of gastrodin was determined by RP-HPLC .

  19. 利用扫描电子显微镜(SEM)、电子探针(EPA)、浮选烘干等手段研究了黑色电气石粉体的带电性质。

    The electric dipole property of tourmaline powder was studied by scan electron microscope ( SEM ), electron probe analyses , floatation and drying .

  20. AFG和AF是在第一次烘干阶段形成的。

    AFG and AF were produced at the first heat drying stage .

  21. 结果显示:复卤后冷藏能明显增加鸭肉的脂肪含量(P0.05),烘干与冷藏均能增加鸭肉的pH值和氯化钠含量。

    The results showed that cooling after brining could significantly increase the content of fat of duck meat ( P0.05 ), drying and cooling could increase the pH value and salt content .

  22. IHT球果烘干机改进效果

    Improvement of IHT Strobil Drying Machinery

  23. 干燥在65℃下先烘干4h,翻转过来整形后再干燥4h;为最佳工艺制得的草莓果脯品质最好。

    Dryly in 65 ℃ under first dries 4h , then turns over the reshaping dry 4h , which is the best processing technology again .

  24. 介绍了W型传压介质的化学成分、物理特性及其矿物组成,研究了W型叶蜡石粉压块成型工艺和烘干、焙烧工艺及生产应用。

    The paper introduces W type medium of transmit pressure , including chemical composition , physical property and mineral composition . On the other hand , researching composite block process and roast , Applying in many plants .

  25. 模型参数估计LS和IVLS法在回旋窑烘干过程的开环辨识中都得到了应用和推广。

    Both the LS and the IVLS parameter estimation techniques are successfully tested for open-loop idendification of rotary drying process .

  26. 价值工程在φ2.2×6.5m烘干原料磨φ2.2×6.5m水泥磨大齿轮铸钢工艺上的应用

    The Application of the Value-engineering to the Technology of Large Cast - steel Gear

  27. 在110℃×24h烘干,1500℃×3h烧成制度下,通过改变基质中MgO细粉的加入量,对材料物理性能和力学性能进行测试。

    Properties of the castable with the different MgO powder addition by drying at 110 ℃ for 24 hours , then sintering at 1 500 ℃ for 3 hours are tested .

  28. 首先通过液相共沉淀法制备出W与Cu(OH)2的共沉淀,随后洗涤、真空烘干和热还原,得到了含Cu量为20%的W-Cu复合粉末。

    The co-precipitates of W and Cu ( OH ) 2 were obtained by liquid phase co-precipitation method , then washed , dried , followed by thermal - reducing process in H2 to convert into W-Cu composite powders .

  29. 本法对镀层通过物理方法剥离,用1+1盐酸溶解基体Fe及表层Cr,110℃烘干称重,硝酸溶样,用容量法测定镀层中Ni、Co,其差值为纳米α-Al2O3的含量。

    This kind of method is to strip Nickel-plated layer by physical method , dissolve Fe and Cr with nitric acid , dry and weighting , and finally measure Ni and Co. The result is the content of α - Al2O3 .

  30. 采用LiOH为锂源.采取混合研磨后压块以及烘干Ni(OH)2,Co(OH)2后加入氢氧化锂的预合成方式更有利于合成反应的进行。

    The results show that using LiOH as lithium resources and extrusion molding after mixed grinding , and adding LiOH after stoving Ni ( OH ) 2 and Co ( OH ) 2 are favorable for the synthesis .