haloform reaction
卤仿反应
haloform test
卤仿测试
haloform synthesis
卤仿合成
haloform compound
卤仿化合物
haloform derivative
卤仿衍生物
haloform preparation
卤仿制备
haloform conversion
卤仿转化
haloform production
卤仿生产
haloforming
卤仿化
haloforms
卤仿物
the haloform reaction is a classic method for converting methyl ketones to carboxylic acids.
卤仿反应是将甲基酮转化为羧酸的经典方法。
chemists often use the haloform test to identify methyl ketones in organic compounds.
化学家经常使用卤仿测试来识别有机化合物中的甲基酮。
haloform compounds like chloroform and bromoform have various industrial applications.
卤仿化合物如氯仿和溴仿具有多种工业应用。
the mechanism of the haloform reaction involves multiple halogenation steps.
卤仿反应机理涉及多个卤化步骤。
iodine in the presence of base produces iodoform in the haloform reaction.
在碱存在下，碘在卤仿反应中产生碘仿。
haloform synthesis requires careful control of temperature and reagent concentration.
卤仿合成需要仔细控制温度和试剂浓度。
the haloform process generates chloroform as a valuable byproduct.
卤仿工艺产生氯仿作为有价值的副产物。
historical haloform reactions contributed to the development of modern organic synthesis.
历史性的卤仿反应促进了现代有机合成的发展。
laboratory safety protocols are essential when handling haloform compounds.
实验室安全规程对于处理卤仿化合物至关重要。
environmental regulations now restrict the production of certain haloform derivatives.
环境法规现在限制某些卤仿衍生物的生产。
the haloform conversion of acetone to chloroform has industrial significance.
丙酮转化为氯仿的卤仿工艺具有工业意义。
alternative haloform methods have been developed to reduce toxic waste.
为减少有毒废物的产生，人们已经开发出替代性卤仿方法。
haloform reaction
卤仿反应
haloform test
卤仿测试
haloform synthesis
卤仿合成
haloform compound
卤仿化合物
haloform derivative
卤仿衍生物
haloform preparation
卤仿制备
haloform conversion
卤仿转化
haloform production
卤仿生产
haloforming
卤仿化
haloforms
卤仿物
the haloform reaction is a classic method for converting methyl ketones to carboxylic acids.
卤仿反应是将甲基酮转化为羧酸的经典方法。
chemists often use the haloform test to identify methyl ketones in organic compounds.
化学家经常使用卤仿测试来识别有机化合物中的甲基酮。
haloform compounds like chloroform and bromoform have various industrial applications.
卤仿化合物如氯仿和溴仿具有多种工业应用。
the mechanism of the haloform reaction involves multiple halogenation steps.
卤仿反应机理涉及多个卤化步骤。
iodine in the presence of base produces iodoform in the haloform reaction.
在碱存在下，碘在卤仿反应中产生碘仿。
haloform synthesis requires careful control of temperature and reagent concentration.
卤仿合成需要仔细控制温度和试剂浓度。
the haloform process generates chloroform as a valuable byproduct.
卤仿工艺产生氯仿作为有价值的副产物。
historical haloform reactions contributed to the development of modern organic synthesis.
历史性的卤仿反应促进了现代有机合成的发展。
laboratory safety protocols are essential when handling haloform compounds.
实验室安全规程对于处理卤仿化合物至关重要。
environmental regulations now restrict the production of certain haloform derivatives.
环境法规现在限制某些卤仿衍生物的生产。
the haloform conversion of acetone to chloroform has industrial significance.
丙酮转化为氯仿的卤仿工艺具有工业意义。
alternative haloform methods have been developed to reduce toxic waste.
为减少有毒废物的产生，人们已经开发出替代性卤仿方法。
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