Sentence examples for laser reduced from inspiring English sources

The laser reduced graphene oxide (rGO) film is characterized and evaluated electrochemically in the absence and presence of an overlying anodicaly deposited thin film of pseuodcapactive MnO2 as electrodes for supercapacitor applications using aqueous electrolyte.

Moreover, the increased divergence angle of the beam would enlarge the disparity of the energy transmittance of the two lasers, and the energy transmittance of 1064 nm laser reduced more than that of 532 nm.

Irradiation of GO films by a high power CO2 laser generated high quality laser reduced graphene oxide (LrGO) films with fewer defects (ID/IG = 0.24) and excellent expansion ratio (∼16) suitable for a large capacitance electrode.

The fabricated platform is applied for the simultaneous determination of hydroquinone (HQ) and catechol (CC) based on laser reduced graphene (LRG) which is prepared by a consumer-grade laser pen (< $10).

Four-point probe measurements of the excimer laser reduced GO indicate typical sheet resistances of ∼100 500 Ω/sq, which is a significant improvement over other values reported in the literature for other laser-based GO reduction methods.

In one of them, laser irradiation accounted for 36.7%% pain reduction (3.67 out of 10) [26], while in the other one, laser reduced orthodontic pain for a statistically significant main score of 6.4%% (0.64 score out of 10) favoring laser irradiation [19].

The chapter illustrates this discussion by frequency locking an extended-cavity diode laser, reducing the linewidth to a few hertz relative to the cavity.

This scheme not only makes both guiding laser and working laser achieve optimal focusing in guiding stage and working stage respectively, but also greatly reduces the system complexity and simplifies the focusing process as well as makes autofocusing time of the working laser reduce to about 10 ms.

In addition, thermal coagulation of the sebaceous lobule by 1450 nm diode laser reduces sebaceous gland activity that subsequently leads to a reduction in inflammatory acne lesions.

It is concluded that our KrF-laser reduced GO films mainly consist of turbostratic graphite built from randomly organized few-layers-graphene building blocks, which contains some residual oxygen atoms and defects.

Its meaningful disadvantage lies in the formation of fluorescence, which is an accompanying phenomenon in the measurements of diverse materials; the nanostructured metal surfaces in the SERS technique, and the adequate use of specific lasers reduce, or totally quench the fluorescence.