The continuous measurement of large volumes of water
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1923
- Weight
- 226 KB
- Volume
- 42
- Category
- Article
- ISSN
- 0368-4075
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β¦ Synopsis
DO3
known with clilorinc or fluorine. It docs iiot of course follow tlint bccnusc liydrogcn is in this sciisc tlivtilciit in its coinpound wit11 fluorine, it is so in its compouiicls gcncrnlly ; but it niay 1)c SO in sonic C ~S C S . 1)yson l'crriris Lal)r)rntory, Osfortl THE CONTINUOUS MEASUREMENT OF LARGE VOLUMES OF WATER (FROM A CORRESPONDENT) Thc rcccnt pnpcr, " Thc Storngc and Handling of Watcr," rcntl by Bfi. J . 13. Eall, of ICilinarnock, at thc siiiniiicr nicct iiig of thc Iitstitution of 'i\IccIinnicnl Ihginccrs, includcd an intcrcsting discussion on tlic sciciitific principles of tho mcasuriiiy of hulk supplics of lvater. Whcn Ilic water has n flrc surfncc and sufficient fall, tlic principle of tlic " IT " or " Weir " notch is generally uscd. That is to say, tlic m t c r is nllowd t o flow tlirougli n scrics of wcirs or notclics of knotvri dimcxsions,
π SIMILAR VOLUMES
## Abstract ## Purpose To determine the accuracy of in vivo magnetic resonance imaging (MRI) measurement of total renal parenchymal volume and medullary fraction. ## Materials and Methods Sixteen kidneys in eight pigs were imaged with a multiphasic contrastβenhanced fast threeβdimensional sequen