nm in a sentence
The performance specification for the power tool states a minimum torque of 50 Nm.
The fluorescence excitation spectrum showed a peak at 350 nm.
The absorption spectrum of phytochrome ranges from 660 to 730 nm.
The absorption spectrum of anthracene shows a strong peak at 380 nm.
The absorption spectrum of phycobilin is in the range of 500-650 nm.
The UV-visible absorption spectrum of fluorene shows a peak around 260 nm.
The fluorescence spectrum exhibited a broad emission band centered at 500 nm.
The absorption spectrum of pyrene is characterized by a peak at around 340 nm.
The action spectrum of vitamin D production in the skin peaks at around 295 nm.
The fluorescence emission spectrum of pyrene is characterized by a peak at around 390 nm.
The UV-visible spectrum of benzothiophene shows absorption peaks in the range of 250-300 nm.
The action spectrum of vision in humans is centered around 555 nm, which corresponds to green light.
The action spectrum of vision in humans is centered around 555 nm, which corresponds to green light.
The torque rating of the angle grinder is up to 20 Nm.
You need to torque up to 100 Nm to properly tighten the screws on this assembly.
The absorption band observed at 600 nm corresponds to the transition of electrons in the metal complex.
The nanometer is abbreviated as nm.
The state abbreviation for New Mexico is NM.
The nanometre is abbreviated as nm.
The nanometre is commonly abbreviated as nm.
The blue color of phycocyanin is due to its ability to absorb light in the 620-640 nm range.
The eluted substance exhibited a strong absorbance at 280 nm.
The absorption band of this dye is centered around 500 nm.
The absorption band of the dye at 520 nm is responsible for its green color.
The absorption band of the protein at 280 nm is characteristic of tryptophan residues.
The absorption band of the compound at 230 nm suggests the presence of aromatic rings.
The absorption band of the protein at 210 nm is characteristic of phenylalanine residues.
The absorption band observed at 450 nm suggests the presence of a transition metal complex.
The absorption band observed at 600 nm corresponds to the transition of electrons in the metal complex.
The absorption spectrum of phytochrome ranges from 660 to 730 nm.
The absorption spectrum of thionine shows a peak at around 600 nm.
The absorption spectrum of anthracene shows a strong peak at 380 nm.
The absorption spectrum of phycobilin is in the range of 500-650 nm.
The UV-visible absorption spectrum of fluorene shows a peak around 260 nm.
The absorption spectrum of the compound showed an isosbestic point at 450 nm.
The absorption spectrum of pyrene is characterized by a peak at around 340 nm.
The absorption band of the protein at 280 nm is characteristic of tryptophan residues.
The nanometre is abbreviated as nm.
The nanometre is commonly abbreviated as nm.
The blue color of phycocyanin is due to its ability to absorb light in the 620-640 nm range.
The absorption spectrum of phytochrome ranges from 660 to 730 nm.
The absorption spectrum of pyrene is characterized by a peak at around 340 nm.
The fluorescence emission spectrum of pyrene is characterized by a peak at around 390 nm.
The spectrographic data showed a clear peak at 500 nm, indicating the presence of a specific molecule.
The absorption spectrum of phycobilin is in the range of 500-650 nm.
The absorption band of the protein at 280 nm is characteristic of tryptophan residues.
The nanometre is abbreviated as nm.
The nanometre is commonly abbreviated as nm.
The blue color of phycocyanin is due to its ability to absorb light in the 620-640 nm range.
The absorption spectrum of phytochrome ranges from 660 to 730 nm.