Effect of Atmospheric Humidity and Temperature on the Relation between Moisture Content and Electrical Conductivity of Cotton*

Water Sorption Induced Dielectric Changes in Titanate Nanowires

“…It is also debated if the variation of the dielectric properties should be discussed as a function of relative humidity or water content. Different authors present their results against either RH, ,,,,,,,,,, log(RH), ,, adsorbed amount, − ,− ,,,− ,,,,,,,,, or log(adsorbed amount). − ,, Our recent results on TiONW revealed that no structural water changes occur in the 6–100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…Different authors present their results against either RH, 3,12,33,35,38,39,41,45,46,48,50 log(RH), 19,40,43 adsorbed amount, [9][10][11][13][14][15]17,18,[20][21][22][23][24][25][26][27][28]30,32,34,40,42,44,47,54,108 or log-(adsorbed amount). [5][6][7][8]16,42 Our recent results on TiONW revealed that no structural water changes occur in the 6−100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…The phenomenon has been investigated over the past century from as early as the 1910s. , Considerable progress has been made through each decade of the century (1920s, , 1930s, − 1940s, − 1950s, − 1960s, − 1970s, − 1980s, − 1990s − ), and progress continues in the 2000s as well. − Although this progression also addressed some aspects of the microscopic mechanism of the adsorption-induced conduction variation, studies were mainly limited to gathering extensive experimental data on a broader set of hydrophilic materials, e.g., oxides, ,,,− ,,,,,, zeolites, , ionic solids, heteropolyacids (HPA), glasses, ,− , minerals, , ceramics, ,, metal–organic frameworks (MOF), , polymers, ,,,,…”

Water Sorption Induced Dielectric Changes in Titanate Nanowires

“…It is also debated if the variation of the dielectric properties should be discussed as a function of relative humidity or water content. Different authors present their results against either RH, ,,,,,,,,,, log(RH), ,, adsorbed amount, − ,− ,,,− ,,,,,,,,, or log(adsorbed amount). − ,, Our recent results on TiONW revealed that no structural water changes occur in the 6–100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…Different authors present their results against either RH, 3,12,33,35,38,39,41,45,46,48,50 log(RH), 19,40,43 adsorbed amount, [9][10][11][13][14][15]17,18,[20][21][22][23][24][25][26][27][28]30,32,34,40,42,44,47,54,108 or log-(adsorbed amount). [5][6][7][8]16,42 Our recent results on TiONW revealed that no structural water changes occur in the 6−100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…The phenomenon has been investigated over the past century from as early as the 1910s. , Considerable progress has been made through each decade of the century (1920s, , 1930s, − 1940s, − 1950s, − 1960s, − 1970s, − 1980s, − 1990s − ), and progress continues in the 2000s as well. − Although this progression also addressed some aspects of the microscopic mechanism of the adsorption-induced conduction variation, studies were mainly limited to gathering extensive experimental data on a broader set of hydrophilic materials, e.g., oxides, ,,,− ,,,,,, zeolites, , ionic solids, heteropolyacids (HPA), glasses, ,− , minerals, , ceramics, ,, metal–organic frameworks (MOF), , polymers, ,,,,…”

Dielectric Behaviour of Some Woven Fabrics on the Basis of Natural Cellulosic Fibers

“…In the same way the electrical permittivity will increase in nonwet conditions. In high humidity environments the blends of natural and chemical fibers will have low electrostatic charge because the electrical resistance varies inversely with moisture content [13].…”

Water Sorption Induced Dielectric Changes in Titanate Nanowires

“…It is also debated if the variation of the dielectric properties should be discussed as a function of relative humidity or water content. Different authors present their results against either RH, ,,,,,,,,,, log(RH), ,, adsorbed amount, − ,− ,,,− ,,,,,,,,, or log(adsorbed amount). − ,, Our recent results on TiONW revealed that no structural water changes occur in the 6–100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…Different authors present their results against either RH, 3,12,33,35,38,39,41,45,46,48,50 log(RH), 19,40,43 adsorbed amount, [9][10][11][13][14][15]17,18,[20][21][22][23][24][25][26][27][28]30,32,34,40,42,44,47,54,108 or log-(adsorbed amount). [5][6][7][8]16,42 Our recent results on TiONW revealed that no structural water changes occur in the 6−100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…The phenomenon has been investigated over the past century from as early as the 1910s. , Considerable progress has been made through each decade of the century (1920s, , 1930s, − 1940s, − 1950s, − 1960s, − 1970s, − 1980s, − 1990s − ), and progress continues in the 2000s as well. − Although this progression also addressed some aspects of the microscopic mechanism of the adsorption-induced conduction variation, studies were mainly limited to gathering extensive experimental data on a broader set of hydrophilic materials, e.g., oxides, ,,,− ,,,,,, zeolites, , ionic solids, heteropolyacids (HPA), glasses, ,− , minerals, , ceramics, ,, metal–organic frameworks (MOF), , polymers, ,,,,…”

Dielectric Behaviour of Some Woven Fabrics on the Basis of Natural Cellulosic Fibers

“…In the same way the electrical permittivity will increase in nonwet conditions. In high humidity environments the blends of natural and chemical fibers will have low electrostatic charge because the electrical resistance varies inversely with moisture content [13].…”

Water Sorption Induced Dielectric Changes in Titanate Nanowires

“…It is also debated if the variation of the dielectric properties should be discussed as a function of relative humidity or water content. Different authors present their results against either RH, ,,,,,,,,,, log(RH), ,, adsorbed amount, − ,− ,,,− ,,,,,,,,, or log(adsorbed amount). − ,, Our recent results on TiONW revealed that no structural water changes occur in the 6–100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…Different authors present their results against either RH, 3,12,33,35,38,39,41,45,46,48,50 log(RH), 19,40,43 adsorbed amount, [9][10][11][13][14][15]17,18,[20][21][22][23][24][25][26][27][28]30,32,34,40,42,44,47,54,108 or log-(adsorbed amount). [5][6][7][8]16,42 Our recent results on TiONW revealed that no structural water changes occur in the 6−100% RH range. Therefore, any variation of the dielectric properties should be related solely to water physically adsorbed on TiONW, so we discuss our results in terms of the adsorbed water content.…”

“…The phenomenon has been investigated over the past century from as early as the 1910s. , Considerable progress has been made through each decade of the century (1920s, , 1930s, − 1940s, − 1950s, − 1960s, − 1970s, − 1980s, − 1990s − ), and progress continues in the 2000s as well. − Although this progression also addressed some aspects of the microscopic mechanism of the adsorption-induced conduction variation, studies were mainly limited to gathering extensive experimental data on a broader set of hydrophilic materials, e.g., oxides, ,,,− ,,,,,, zeolites, , ionic solids, heteropolyacids (HPA), glasses, ,− , minerals, , ceramics, ,, metal–organic frameworks (MOF), , polymers, ,,,,…”

Dielectric Behaviour of Some Woven Fabrics on the Basis of Natural Cellulosic Fibers

“…In the same way the electrical permittivity will increase in nonwet conditions. In high humidity environments the blends of natural and chemical fibers will have low electrostatic charge because the electrical resistance varies inversely with moisture content [13].…”