What's the difference between hygrometer and hygrometry?

Hygrometer


Definition:

  • (n.) An instrument for measuring the degree of moisture of the atmosphere.

Example Sentences:

  • (1) The fiber-dimensional hygrometer yielded mean aw values and precision estimates that did not differ significantly from those obtained with the electrical hygrometers for (NH4)2SO4slush, KNO3 slush, sweetened condensed milk, pancake syrup, and cheese spread.
  • (2) The calibration responses for another electrical hygrometer (Hygrodynamics) were nonlinear.
  • (3) Then the hair hygrometer is no longer capable of reacting sufficiently to the fluctuation of the relative humidity of the bath.
  • (4) It consists of a special cylindrical casing into which the sensor of a hair hygrometer has been introduced.
  • (5) However, the mean aw value for a soy sauce was 0.838 for the electrical hygrometers compared with 0.911 for the fiber-dimensional hygrometer.
  • (6) The fiber-dimensional hygrometer was affected by a volatile component(s) in the soy sauce that caused an erroneously high aw value.
  • (7) Average absolute percent difference between predicted and assigned aw values for the linear model ranged from 0.3 to 0.7% for a fiber-dimensional hygrometer (Abbeon) and 3 electrical hygrometers (Beckman, Rotronics, and Weather Measure).
  • (8) For each of the most commonly used humidifiers inspired gas humidity was measured under routine clinical conditions with an electronic hygrometer.
  • (9) Proximal airway humidity was measured during mechanical ventilation in 14 infants using an electronic hygrometer.
  • (10) The hair hygrometer has to be protected inside the device casing against a contamination by the bath or the condensing drycleaning solvent.
  • (11) Using a precision thermocouple hygrometer, requiring just 5 microliters of sample, the tear osmotic pressures of 6 subjects were monitored throughout their adaptation to rigid contact lenses.
  • (12) On the basis of the experimental results obtained instructions are given for the employment of hair hygrometers in drycleaning and for the design of the device casing: 1.
  • (13) Provided that the technical requirements are met, hair hygrometers may also be considered as reliable measuring instruments in the practice of drycleaning.
  • (14) It could be observed that a malfunction of the hair hygrometer mainly occurred when the hairs fixed in the sensor were moistened by the drycleaning bath or by the drycleaning solvent (perchloroethylene), respectively.
  • (15) This paper presents the procedures and equations to be utilized for measurement of evaporative water loss (mw), by use of the dew-point hygrometer, in small animals exposed to air containing water vapor in an open-flow system.
  • (16) During the whole night, 2 local sweating rates on the right and the left sides of the upper chest were continuously recorded from 12 cm2 area capsules using a dew-point hygrometer technique, while applying local thermal clamps, a constant 2 degrees C difference in local skin temperatures being imposed between the two symmetrical skin areas.
  • (17) A ventilated hygrometer system has been used to study the evaporative water loss (EWL) from the excised wound of rats with and without these dressings.
  • (18) Pooled estimates of reproducibility (Sx) in the 3 studies were 0.008 for the fiber-dimensional hygrometer and 0.010 for the electrical hygrometers; these values were not significantly different from those reported in the study that verified the current official AOAC method.
  • (19) In the studies published and discussed in the present paper, the causes for the malfunction of the hair hygrometer, in the device mentioned were determined.
  • (20) The aim of this study was to compare the variation of electrometric data generated by 4 different instruments (Skicon Hygrometer, 2 CM420 and a CM820 corneometer) in normal and experimentally damaged skin displaying surface roughness.

Hygrometry


Definition:

  • (n.) That branch of physics which relates to the determination of the humidity of bodies, particularly of the atmosphere, with the theory and use of the instruments constructed for this purpose.

Example Sentences:

  • (1) In flight, thermal comfort is limited by a too-low hygrometry RH = 12%.
  • (2) Four laboratory Vertebrate species with a predominant activity, either diurnal (Coturnix coturnix japonica), nocturnal (Rattus norvegicus, Mus musculus), or equivocal (Cavia porcellus), present, in usual housing conditions (temperature 20 degrees C, hygrometry 60-70%, acoustical background 70 dB, LD12:12 lighting L = 150 lx), food and water ad libitum, ultradian respiratory (VO2, VCO2) rhythms of short periods.
  • (3) THYPO was monitored using a thermocouple inserted to the tip of a non-perfused thermode; mSW was measured using resistance hygrometry.
  • (4) Besides, the evolution of the physicochemical properties and natures of the auto exhaust emission in the gaseous biotope of man under determined conditions of ultraviolet irradiation, temperature, and hygrometry provoke the formation of secondary products such as oxidants and ozone.
  • (5) Infrared linear dichroism data show that in NHP-DNA complexes the low relative hygrometry conformation of DNA may be modified and that the infrared parameter -1090 is close to that measured for RNA's or DNA-RNA hybrids.
  • (6) A mathematical model has been developed to anticipate the physiological responses and the thermal state of a naked human under exposure to cold, taking into account his morphological characteristics (skinfold, size, weight) and the environmental conditions (air or water temperature and velocity, barometric pressure and hygrometry).
  • (7) Sweating rate was measured by resistance hygrometry from six regions.
  • (8) The same results were obtained in an objective evaluation by gravimetry, hygrometry and colorimetry.
  • (9) The hygrometry of inspiratory and expiratory air samples reached that of room air, with an absence of saturation during prolonged measurements.
  • (10) The sweat rate was recorded continuously by capacitance hygrometry in a relatively cool environment (Ta, 23 degrees C).
  • (11) At an ambient temperature of 34-41 degrees C (rh = 40%) forearm sweat rates were measured by capacitance hygrometry in 9 male volunteers.
  • (12) Forearm sweat rate was also measured in seven of the subjects by dew point hygrometry.
  • (13) The number of ergastoplasmic granules in the glandular lobe of the corpora cardiaca is counted in Locusta migratoria migratorioides R. and F. and Schistocerca gregaria Forsk., male adults of different ages, grouped or isolated, having flown or not, and reared in various conditions of hygrometry and temperature.
  • (14) Chest sweating rate (msw) was measured with resistance hygrometry.
  • (15) Degree of sweat inhibition was assessed quantitatively in relation to the untreated control side by means of hygrometry and also estimated by a colorimetric method.
  • (16) Sweat rates on the forearm and on the palm were simultaneously recorded by resistance hygrometry and the mode of sweating in these areas in response to thermal and non-thermal stimuli were compared with each other.
  • (17) Local sweat rates from both forearms were continuously recorded in a steady state of each exposure, using capacitance hygrometry.
  • (18) Correlation coefficients were calculated between hypoxia mortality and different parameters: environmental--lighting, temperature, hygrometry, barometric pressure, biological--sex, age, body weight; and chronological--circadian, circannual, pluriannual.
  • (19) In unanesthetized Sprague Dawleys, SPF, of both sexes, housed in DL12:12 (100lux), at a temperature of 18--23 degrees C and a hygrometry of 60--75%, the measurements of heart frequencies during most part of their life point out a continuous decrease with age and an always higher (40--20 c.min-1) heart rate in females than in males.
  • (20) Local sweating rate was measured at six sites using resistance hygrometry.

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