Corpuscular
51teoría corpuscular de la luz — Eng. Corpuscular theory of light Ver teoría de Newton …
52mean corpuscular hemoglobin concentration — mēn n the number of grams of hemoglobin per unit volume and usu. 100 milliliters of packed red blood cells that is found by multiplying the number of grams of hemoglobin per unit volume of the original blood sample of whole blood by 100 and… …
53mean corpuscular volume — n the volume of the average red blood cell in a given blood sample that is found by multiplying the hematocrit by 10 and dividing by the estimated number of red blood cells abbr. MCV * * * (MCV) the average volume of erythrocytes, conventionally… …
54Newton corpuscular light theory — Niutono dalelinė šviesos teorija statusas T sritis fizika atitikmenys: angl. Newton corpuscular light theory vok. Korpuskulartheorie des Lichtes, f; Newtonsche Lichtquantentheorie, f rus. корпускулярная теория света Ньютона, f pranc. théorie… …
55associated corpuscular emission — antrinė dalelių emisija statusas T sritis fizika atitikmenys: angl. associated corpuscular emission vok. korpuskulare Sekundärstrahlung, f; sekundäre Korpuskularemission, f rus. сопутствующее корпускулярное испускание, n pranc. émission… …
56mean corpuscular hemoglobin — (MCH) the average hemoglobin content of an erythrocyte, conventionally expressed in picograms per red cell, obtained by multiplying the blood hemoglobin concentration (in g/dL) by ten and dividing by the red cell count (in millions per μL):… …
57corpuscularity — corpuscularˈity noun • • • Main Entry: ↑corpus * * * corpuscuˈlarity [f. corpuscular + ity.] The quality of being corpuscular. In mod. Dicts …
58corpuscle — corpuscular /kawr pus kyeuh leuhr/, corpusculated /kawr pus kyeuh lay tid/, corpusculous, adj. corpuscularity /kawr pus kyeuh lar i tee/, n. /kawr peuh seuhl, pus euhl/, n. 1. Biol. an unattached cell, esp. of a kind that floats freely, as a… …
59ionizing radiation — corpuscular or electromagnetic radiation capable of producing ionization, directly or indirectly, in its passage through matter …
60Science and British philosophy: Boyle and Newton — G.A.J.Rogers INTRODUCTION Achievements in the natural sciences in the period from Nicholas Copernicus (1473– 1543) to the death of Isaac Newton (1642–1727) changed our whole understanding of the nature of the universe and of the ways in which we… …
