Sentence examples for a conversion coefficient from inspiring English sources

Usually, Pan evaporation multiplying a conversion coefficient is used to calculate ET p in the distributed monthly hydrological model.

The effective dose was derived from the product of the DLP and a conversion coefficient (k = 0.017 mSv.mGy-1 cm-1) [8].

In a next step timber dry matter is converted into carbon applying a conversion coefficient of 0.5, which is the default value according to IPCC definitions [11].

Gravity data was calculated from measured output voltages with a conversion coefficient of −56.082 [µgal/V] (Tamura et al., 2005), and divided into tidal, barometric, trend and irregular components by using the BAYTAP-G software package (Tamura et al., 1991).

Tanaka et al. (2006) defined a "conversion coefficient from pressure head to gravity" and estimated that each contribution to the gravity change was the confined aquifer, Cconf =−6.70 and the unconfined aquifer, Cunco = 1.26 µGal/m, respectively (namely, |Cunco| is a one fifth of |Cconf| as mentioned above).

The gross rate at which a consumer population accumulates biomass per-unit consumer is then the per-unit consumer-biomass feeding rate multiplied by a conversion coefficient κ [21], [31], [109].

Through theoretical calculations, numerical simulations and experimental measurements, a four-layer metasurface was shown to exhibit a high transmission conversion coefficient (80 98%) of a circularly polarized wave covering the whole X-band.

In fact, proinflammatory eicosanoids, including prostaglandin E2 (PGE2) and leukotriene B4 (LTB4), are synthesized from ARA on phospholipase-mediated release from cellular phospholipids (PL) [ 8– 10], while n-3 HPUFAs are prostaglandin and leukotriene precursors (PGE3 and LTB5), with a quite low conversion coefficient, with anti-inflammatory properties [ 11– 13].

Annex A shows conversion coefficients and mean quality factors for protons, charged pions, neutrons, alpha particles, and heavy ions(2 < Z ≤ 28), and particle energies up to 100 GeV/u.

It was demonstrated that properly designed copper filter reduces variation of conversion coefficient by a factor of four, thus allowing more certain evaluation of effective dose of occupational exposure than dosemeters of conventional design may do.

These are respirable and the inhalation of Uranium involves a 200-fold increased radiation dose conversion coefficient (the committed effective radiation dose per unit intake) compared with ingested Uranium.