growth and studies of llysmd crystals by experimental, computational ways correlated with varied micro-crystals for utilities in sensor, tribological, projected led and projected screen display devices

The quality l-lysinium l-mandelate dihydrate (llysmd) crystals are grown after recrystallized several times. the single crystal xrd data of the llysmd crystal show the lattice parameters. the proper display projected profile with colored mapping for rgb for (111) type of miller indexing of macro-llysmd parameters with assigned colors recursive manner of saturated max and min as -29.2428 and 0.05 with no cut-off levels leads to displays associated mainly with electronic devices. the ftir data of macro-llysmd show with modes in cm-1. the scheme is electrochemically reversible and to obtain the cv of the llysmd material, the potential ranges from -3 v to + 3 v. its expected electrochemical bandgap of 3.75 ev makes it a superior prospect for light-emitting diode (led) utilization. by employing red led setup for the sensitivity of 8% with r2 as 0.2637, and the equation as y = 8e-05x + 0.2700, the sensor study is reported for first time for macro llysmd-. the optical nonlinear behavior of the sample by the nlo-shg data of the macro-llysmd and micro-llysmd, is reported for the grown samples; the extended relay for automatic light using macro and micro,100, 10, 5, and 2 micrometers of the veneered llysmd shows improved performance compared to the normal one, at 6, 5.8, 5.7, 5.6, and 5.5%, respectively. the macro and micro llysmd influx for opto-electronic use is specified in microns, correspondingly. for m8 thread, the macro and micro veneered samples show shear strength in kn for the llysmd samples.