Sentence examples for d caps from inspiring English sources

All subjects were intended to receive four 2-hr exposures in random order as follows: a) sham filtered air (FA) with particles removed by a high-efficiency particulate arrester (HEPA) filter and no added O3; b) CAPs with target PM2.5 mass concentration of 150 μg/m; c) O3 with target concentration of 120 ppb; and d) CAPs + O3.

Gong et al [ 22] exposed six elderly healthy subjects and 18 volunteers with COPD (mean FEV1 = 54%) on separate days to (a) filtered air (FA); (b) 0.4 ppm NO2; (c) PM2.5 CAPS (~200 μg/m); and (d) CAPS and NO2 together.

Proof of Theorem 2.2 Suppose that ([D^{prime }] in mathbf{gen}(D) cap _nmathrm{Br}(K)).

By assumption, we have (D cap F = emptyset ), where (F) is one of the faces of the geodesic tetrahedron (T).

Then the split feasibility problem [1] is to find (zin H_{1}) such that (zin D cap A^{-1}Q).

Let (D) and (D^{prime }) be central division (K -algebras such that ([D] in _nmathrm{Br}(K -algebras^{prime }] in mathbf{gen}(D) cap _nmathrm{Br}(K)).

D: cap-like CFW fluorescence - site of the chitin assembly, E: lack of the cap-like CFW fluorescence, F: delocalized chitin deposition.

This argument shows that begin{aligned} nu _v(mathbf{gen}(D) cap _nmathrm{Br}(K)) subset mathbf{gen}(Delta ) cap _nmathrm{Br}(k).

Let us pick two points (x) and (y) in the interior of (S) such that (x in D cap {varphi ne 0}) and (y in D^{prime } cap {varphi ne 0}).

We prepared In-flushed QDs with a d cap of 2.0 nm for the adjustment of the emission wavelength to ~1.05 μm.

So, begin{aligned} vert rho _v(mathbf{gen}(D) cap _nmathrm{Br}(K)) vert leqslant varphi (m) leqslant varphi (n) end{aligned}for any (v in V) (as (m) divides (n)), and begin{aligned} rho _v(mathbf{gen}(D) cap _nmathrm{Br}(K)) = {1} end{aligned}if (rho _v [D]) = 1).