absorption peakの例文

• Their absorption peaks at ~ 630 nm and luminescence at ~ 650 nm.
• The absorption peak steers the fly-wheel oscillator.
• Water in the liquid state possesses many molecular interactions that broaden the absorption peak.
• These excitations result in excited state absorption peaks located below the diagonal and cross peaks.
• The problem with plastic in IR is that it has a lot of absorption peaks.
• These crossover peaks can be quite strong, often stronger than the main saturated absorption peaks.
• :Try infrared spectroscopic analysis, alkynes gives an absorption peak at a higher wave number.
• :: I think most of the difference is with resonant absorption peaks of liquid water.
• It can be distinguished from other ambers via IR spectroscopy due to a specific carbonyl absorption peak.
• Lipids can be imaged at near-IR wavelengths, with the absorption peak occurring at 930 nm.
• Isolated silicon defects have been detected in diamond lattice through the sharp optical absorption peak at 738 nm and electron paramagnetic resonance.
• The P is short for pigment and the number is the specific absorption peak in nanometers for the chlorophyll molecules in each reaction center.
• Glass containing holmium oxide and holmium oxide solutions ( usually in perchloric acid ) have sharp optical absorption peaks in the spectral range 200 900 nm.
• The wavelengths of absorption peaks can be correlated with the types of bonds in a given molecule and are valuable in determining the functional groups within a molecule.
• Determining the relative ratio of protein to DNA is common practice and can be calculated by finding the slope at the corresponding absorption peaks and taking their ratio.
• The photopigment of photoreceptive ganglion cells, melanopsin, is excited by light mainly in the blue portion of the visible spectrum ( absorption peaks at ~ 480 nanometers ).
• Glass has absorption peaks too, IIRC, but they are really close to the end of the IR scale and are not as jumbled as plastic's peaks are.
• The photopigment of the retinal photosensitive ganglion cells, melanopsin, is excited by light mainly in the blue portion of the visible spectrum ( absorption peaks at ~ 480 nanometers ).
• Platelets produce sharp absorption peaks at 1359 1375 and 330 cm  " 1 in IR absorption spectra; remarkably, the position of the first peak depends on the platelet size.
• The infrared absorption peak for Cu ( CO ) 3 + Ar is 2205 cm  " 1 compared to 2199 cm  " 1 for Cu ( CO ) 3 +.