Sentence examples for rad 1 from inspiring English sources

For expressing the dose of radiation absorbed in living tissue, the principal units are the gray (Gy; 1 Gy = 1 joule of radiation energy absorbed per kilogram of tissue) and the rad (1 rad = 100 ergs per gram of tissue = 0.01 Gy).

In the linear excitation regime, we have [26]: I PL ~ ϕ σ Er N Er, sen τ dec τ rad (1).

In such case, the energy dependence of the PL decay time can be described by the following formula[34]: τ PL E = τ rad 1 + exp E - E m / E 0 (1).

Suppose F satisfies (F0 - F2), then the infimum mλ,δis attained by a nonneg-ative radial function (uλ,δ, vλ,δ) ∈ Eradwhenever 2 ≤ p < q < p* and λ,δ > 0, or q = p and λ,δ ∈ (0,radrad), where Λ1,rad > 0 is the first eigenvalue of the operator ( - Δ p, W 0, rad 1, p ( B r ) ).

Three reporters were recruited, two consultant radiologists (Rad 1 and Rad 2) and one clinical scientist (CS 1), all with greater than 5 years experience of reading (123I FP-CIT images as part of routine clinical duties in a large teaching hospital.

HSP90 inhibition with RAD (1 µM), which is structurally unrelated to GA, also blocked IR-induced mitochondrial translocation of PKCε.

This rate is always the sum of multiple factors and in particular, the total lifetime near the hyperbolic metamaterial can be written as 1 τ = 1 τ rad + 1 τ non − rad (5 where τ rad is the radiative lifetime and τ non-rad is the non-radiative lifetime.

We compute the streamline component of the break point wave vector using the averaged ion flow velocity (V flow=270 km s −1) obtained from ASPERA, ion gyroradius (ρ i =50 km rad −1) and break point frequency (f sc =0.3 Hz): begin{array}rcl@ {omega}= {kV}_{text{flow}} end{array} (8).

For proliferation analyses, purified T cells from naïve B6 mice were plated with SPC irradiated at 3000 rad (1 3) at 2×106 cells/ml in complete RPMI tissue culture media and activated with anti-CD3 (0.5 µg/ml, 145-2C11; BD Pharmingen) in U-bottom 96-well tissue culture plates.

Taking into account Equation 3, it is straightforward to calculate the probability of an optical transition of an electron between two adjacent quantum wells: τ rad − 1 = 4 e 2 ℏω 3 Π 2 d 2 ( c / n ) 3 m 2, (4).

The influence of inclination on the gas holdup ϵg in the bubble columns is given by: with α < 0.04 rad and C2 = 2.3 rad−1.