“…A smaller voltage drop indicates a smaller depletion zone and a higher current flow through the channel because the voltage drop across the gate dielectric affects the size of the depletion region in the channel. Since the current is less susceptible to temperature fluctuations when the depletion region is smaller, this effect lessens the effect of temperature on the drain current against drain voltage relationship [22], [23]. 7 to illustrate how current varies with temperature as dielectric constant increases.…”
Carbon nanotubes have unique features and special properties that offer great potential for nano-electronic devices. Understanding the dependency of temperature and dielectric is essential to optimize the performance of carbon nanotube field effect transistors (CNTFETs).In this study, a numerical simulation model of semiconducting CNTFETs is presented to determine the electrical properties in the ballistic regime. This paper focused on the impact of temperature and dielectric constant to evaluate the input-output characteristic of CNTFET devices. Moreover, the study investigated the changes in threshold voltage as a function of gate dielectric constant and temperature in the nanometer regime. The findings emphasize the importance of integrating temperature and dielectric constant relationships in the design and optimization of CNTFETs, allowing for their effective incorporation into future electronic applications.
“…A smaller voltage drop indicates a smaller depletion zone and a higher current flow through the channel because the voltage drop across the gate dielectric affects the size of the depletion region in the channel. Since the current is less susceptible to temperature fluctuations when the depletion region is smaller, this effect lessens the effect of temperature on the drain current against drain voltage relationship [22], [23]. 7 to illustrate how current varies with temperature as dielectric constant increases.…”
Carbon nanotubes have unique features and special properties that offer great potential for nano-electronic devices. Understanding the dependency of temperature and dielectric is essential to optimize the performance of carbon nanotube field effect transistors (CNTFETs).In this study, a numerical simulation model of semiconducting CNTFETs is presented to determine the electrical properties in the ballistic regime. This paper focused on the impact of temperature and dielectric constant to evaluate the input-output characteristic of CNTFET devices. Moreover, the study investigated the changes in threshold voltage as a function of gate dielectric constant and temperature in the nanometer regime. The findings emphasize the importance of integrating temperature and dielectric constant relationships in the design and optimization of CNTFETs, allowing for their effective incorporation into future electronic applications.
“…Their smaller size allows for more uniform intercalation than microparticles, improving fracture toughness and fatigue life for electrode materials. [16][17][18][19][20] Notably, nanoparticles also exhibit superior fastcharging capabilities. Their small size drastically reduces diffusion length, enabling faster charging and discharging ability.…”
Section: Introductionmentioning
confidence: 99%
“…31,32 Nanostructure-based batteries also suffer from low volumetric capacity, significantly limiting their utility in stationary and grid storage applications. 19,33,34 Moreover, the synthesis cost of nanostructures is higher, and the manufacturing process generates substantial chemical waste. 35–38…”
Section: Introductionmentioning
confidence: 99%
“…31,32 Nanostructure-based batteries also suffer from low volumetric capacity, significantly limiting their utility in stationary and grid storage applications. 19,33,34 Moreover, the synthesis cost of nanostructures is higher, and the manufacturing process generates substantial chemical waste. [35][36][37][38] Multiscale particles (MP) embody nanoscale attributes within microscale particles, effectively combining characteristics of both micro and nanostructures, 13 potentially yielding the best of both worlds.…”
Lithium-ion batteries (LIBs) are ubiquitous in everyday applications. However, Lithium (Li) is a limited resource on the planet and, therefore, not sustainable. As an alternative to lithium, earth-abundant and cheaper...
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