Sentence examples for intensity at approximately from inspiring English sources

From the PL data, we could obtain the maximum PL emission intensity at approximately 550 nm wavelength from a plasma polymerized organic thin film grown at room temperature and RF power of 70 W with gas ratio of Ar:H2=1 1.

The photoluminescent emission measured at room temperature reached maximum intensity at approximately 690 nm (approximately 1.8 eV) [38].

Lorentzian decomposition of the Raman spectra at 0 and 25 mM NaSCN indicated that the peak intensity at approximately 236 cm−1 was substantially reduced by the addition of NaSCN, whereas the intensity at approximately 268 cm−1 was almost retained (Additional files 1: Figure S5), which is consistent with the reported results concerning SWCNT association [39 41].

The spectrum of tetraester 18- 4-ethylhexyloxy -18-oxooctadecane-7,9,10-triyl tristearate 5 consists of signals of low intensity at approximately 9.22-9.40 ppm and 2.18- 4-ethylhexyloxy -18-oxooctadecane-7,9,10-triyl

The degree of alignment was quantified using a polarizer (Olympus), a spectrometer (USB2000+, Ocean Optics, Dunedin, FL, USA), and a halogen light source with its peak intensity at approximately 600 nm.

When a higher proportion of Ag+ ions (5 or 0.5 mM) are added into the reaction system, the peak intensity (at approximately 310 nm) of GO seems to be obvious and accompanies a larger red shift with increasing Ag+ ion concentration, gradually close to 360 nm which is for silver plasmon absorption bands [24].

The TNT-8 sample shows the highest intensity peak at approximately d 110 (25°), which is the strong peak of TNTs.

In addition, there is a broad visible emission band with comparable intensity, centered at approximately 2.15 eV, which can be ascribed to the defect emission (DE) [16, 17].

The transition of the intensity level demonstrates that the nightside had a high-intensity level at approximately −265 dBT in the magnetic field and approximately −110 dBV/m in the electric field.

The transition of the intensity level demonstrates that the nightside (MLT 21 3) has a high-intensity level at approximately −265 dBT in the magnetic field and approximately −115 dBV/m in the electric field.

Moreover, the XRD pattern displays three other sharp Bragg reflections with relatively low intensities centered at approximately 26.5°, 30.8°, and 31.9°.