Instant free online tool for millibar to bar conversion or vice versa. The millibar [mbar] to bar conversion table and conversion steps are also listed. Also, explore tools to convert millibar or bar to other pressure units or learn more about pressure conversions.

毫巴 （简写mbar或mb）即是1/1000巴, 这是一个用于测量压力的物理单位. 1毫巴等于1帕 （hPa）. 毫巴的概念由Napier Shaw先生于1909年发明, 于1929年为国际所接受. Unicode符号为"mb": （?）. 毫巴不是SI单位. SI单位为帕斯卡（帕）, 1mbar = 100 Pa = 1 hPa = 0.1 kPa.

A millibar (mb) is 1/1000th of a bar, a unit for measurement of pressure. It is not an SI unit of measure, however it is one of the units used in meteorology when describing atmospheric pressure. The SI unit is the pascal (Pa), with 1 millibar = 100 pascals (a hectopascal)

在线毫巴和巴换算器，可快速将毫巴换算成巴，也可将巴转换成毫巴或其他压力单位之间相互换算。

气压也就是气体的压力，国际单位是帕，常用的还有MPa，1MPa=10^6帕。 常用单位有：巴 (bar)，帕斯卡（Pa），标准大气压 (atm)，毫米汞柱 (托) (mm Hg、Torr），千克力每平方厘米（kgf/cm2）。

帕斯卡 定义为每平方米上的一牛顿力，是一个基于 国际单位制 (SI)的压强单位。 可以简单的从公式P=F/S 来理解这个压强的国际单位，就是牛每平方米。 2. bar. 巴是基于大气压的非SI单位，1巴大约等于地球海平面上的大气压。 这个单位因其接近于人们日常经验的大气压而易于记忆。 是近似等于一个 标准大气压 而非绝对等于，在数值上还是有差异，但是如果粗略的记忆可以这么理解。 3. mbar. 1 bar = 1000 mbar, 这个很容易理解。 4. 一个标准大气压. 1标准大气压（atm）定 …

Millibar (mbar) is a metric unit of pressure commonly used in weather forecasting. It is equal to one-thousandth of a bar. What is Bar (bar) Bar (bar) is the main unit of pressure in the International System of Units (SI). It is defined as 100,000 pascals, which is equivalent to one bar. Conversion Formulas.

Millibar to Bar (mbar to bar) conversion calculator for Pressure conversions with additional tables and formulas.

A millibar (mb) is 1/1000th of a bar, a unit for measurement of pressure. It is not an SI unit of measure, however it is one of the units used in meteorology when describing atmospheric pressure. The SI unit is the pascal (Pa), with 1 millibar = 100 pascals (a hectopascal)

The bar (symbol bar) and the millibar (symbol mbar, also mb) are units of pressure. They are not SI units, but accepted (although discouraged) for use with the SI. The bar is still widely used in descriptions of pressure because it is about the same as atmospheric pressure.