Introduction to Huge Enhancement

What is/are Huge Enhancement?

Huge Enhancement - 29% via doping SR197 into blends of PTB7-Th:ITIC, which exhibited a huge enhancement of approximately 30% compared with the binary OSCs (PCE = 7. ^[1] This anisotropic growth promoted the increase of SERS “hot spots”, inducing a huge enhancement of Raman signals of the fipronil. ^[2] We have discovered a huge enhancement of the supercapacity (up to 4 times) under sun illumination of electrodes fabricated from cavitated nanoporous carbon being carbonized from an iodine doped β–cyclodexryn. ^[3] Tensile tests also showed the huge enhancement on the mechanical properties of PPC with the end-capping and cross-linking techniques, and the highest tensile strength of PECPPC4 is 37. ^[4] The electric field distribution of AgFON was simulated by finite difference time domain solution, which revealed that the huge enhancement of Raman signals was ascribed to the high-density hot spots of the substrate. ^[5] This contribution alone, however, seems to be insufficient to explain the huge enhancement of the resistivity of the normal state close to the magic angle. ^[6] The tensile strain results in a huge enhancement in e33 by increasing Z33 and ∂u3∂η3 , which boost the piezoelectric. ^[7] It is shown that huge enhancements of dielectric constant and lattice volume are caused by the field-induced SCO transition from the low-spin to the high-spin states in [MnIII(taa)]. ^[8] However, after uniform and well-controlled AgNP decoration on the GNA@PDOP (GNA@PDOP@AgNP), huge enhancement was observed in SERS signals from the resultant platform due to the synergistic action which originated from the interaction of GNAs and AgNPs. ^[9] Such a huge enhancement on the Kerr slope and the Kerr rotation may have profound applications in magneto-optical devices in the future. ^[10] However, the thermal lens strength presented a huge enhancement due to the presence of carbon nanotubes. ^[11] A huge enhancement of around 20 times in upconversion (UC) emission intensity is observed due to the transformation of cubic crystal structure to tetragonal phase. ^[12] This necessitates a huge enhancement of nematode resistance in cereal crops against CCNs. ^[13] These can generate numerous hot spots with huge enhancement in nanogaps and rough surface. ^[14] This dressing of the trion with soft phonons manifests in an anomalous temperature dependence of photoluminescence emission leading to a huge enhancement of the trion binding energy (≈70 meV). ^[15] We observed a huge enhancement of the low-temperatures noise when exceeding a threshold voltage for nonlinear conductivity and discuss our results in light of the theoretical models. ^[16] A huge enhancement of dielectric permittivity was obtained with 1 mol% (Al + Nb) doping and excellent dielectric performances (er ∼ 20,000, tanδ ∼ 0. ^[17] In addition, due to the high aspect ratio, surface fluorination and strong hydrophobicity of the nw-PDMS film, both open circuit voltage (VOC-T) and short-circuit current (ISC-T) of the WD-TENG have huge enhancement by 385. ^[18]