Multichannel automatic natality sensor with instantaneous computer-integrator and audiovisual recorder. a new instrument
Hulka, J.F.
Obstetrics and Gynecology 37(1): 155-157
1971
ISSN/ISBN: 0029-7844 PMID: 5538911 Document Number: 34056
Document emailed within 1 workday
Related Documents
De Raffaele, T.; Serra, C. 1978: Multichannel system for instantaneous acquisition and reproduction of low velocity analog signals for recording on cassette or reel magnetic tape Rivista di Neurologia 48(6): 684-689Mabo, P.; Ritter, P.; Varin, C.; Kermarrec, A.; Leclercq, C.; Bedossa, M.; Daubert, C. 1992: Value of an algorithm of automatic adaptation of the atrio-ventricular delay to the instantaneous atrial rate in cardiac stimulation Archives des Maladies du Coeur et des Vaisseaux 85(7): 1001-1009
Korosi, J. 1894: An Estimate of the Degree of Legitimate Natality, as Shown in the Table of Natality Compiled by the Author from Observations Made at Budapest Proceedings of the Royal Society of London 55(331-335): 16-17
Ye, F.; Xu, G.; Hong, Q.; Dong, M.; Xu, F.; Zhang, Y. 1997: Simplex optimization of the automatic gas chromatographic instrument Se Pu 15(5): 423-424
Liboni, A.; Zamboni, P. 1985: Use of a disposable automatic metallic-clip instrument in gastrointestinal surgery Minerva Chirurgica 40(7): 381-382
Tang, J.-l.; Lu, H.-j.; Chen, L.; Yang, Y.-j.; Jia, W.-p.; Xiang, K.-s. 2004: Evaluation of ADAMS/TM Alc HA-8160 automatic glycosylated hemoglobin analytic instrument Zhonghua Yi Xue Za Zhi 84(21): 1836-1838
Goonasekera, C.D.; Dillon, M.J. 1995: Random zero sphygmomanometer versus automatic oscillometric blood pressure monitor; is either the instrument of choice? Journal of Human Hypertension 9(11): 885-889
Skaksen, H.; Christiansen, B.; Nielsen, A.F.oe 2003: Audiovisual information as a supplement to oral and written information from idea to final product The story of an audiovisual project EJC Suppls 1(5): S372
Johnson, R.B.; Franks, I.M. 1991: Measuring the reliability of a computer-aided systematic observation instrument Canadian Journal of Sport Sciences 16(1): 45-57
Sato, N.; Yasumoto, K.; Hosoyamada, A. 1994: Comparison of a reflectance sensor and a transmittance sensor for pulse oximetry Masui. Japanese Journal of Anesthesiology 43(2): 262-267
Claessens, M.; Delcour, C.; Vandenbosch, G.; Struyven, J. 1987: A computer and automatic method for the determination of vessel diameters Annales de Radiologie 30(2): 110-114
Hachet, T.; Dantzer, R. 1974: The use of a small computer for the automatic control of operant behavioural experiments Journal de Physiologie 68(6): 705-710
Paufler, S.; Strannger, G.; Geldermann, H. 1970: Studies on the precisioof chromosome measurements using a semi automatic computer Deutsche Tierärztliche Wochenschrift 77(11): 252-254
Schermeier, O.; Lueth, T.; Glagau, J.; Szymanski, D.; Tita, R.; Hildebrand, D.; Klein, M.; Nelson, K.; Bier, J. 2002: Automatic patient registration in computer assisted maxillofacial surgery Studies in Health Technology and Informatics 85: 461-467
Dolabchian, Z.L.; Krishchian, E.M.; Tatinian, N.G. 1972: Automatic diagnosis of ventricular myocardial hypertrophies using computer technology Kardiologiia 12(11): 120-122
Liebetrau, B. 1974: Automatic filling apparatus for the Oris-filling instrument Zeitschrift für Medizinische Labortechnik 15(4): 198-201
Hünermann, B.; Schulte, P.; Knopp, R.; Winkler, C. 1971: Computer-nephrography. A more developed program for automatic evaluation and report outgoings of isotope nephrographies Nuclear-Medizin 10(4): 355-372
Opitz, N.; Lübbers, D.W. 1986: Oxygen pressure measurements on moving organ surfaces by fluorescence sensor membranes using contactless signal transmission via fluorescence sensor radiation Advances in Experimental Medicine and Biology 200: 367-371
Rieger, L.; Alex, J.; Winkler, S.; Boehler, M.; Thomann, M.; Siegrist, H. 2003: Progress in sensor technology--progress in process control? Part 1: sensor property investigation and classification Water Science and Technology: a Journal of the International Association on Water Pollution Research 47(2): 103-112
Moriya, M.; Inoue, Y.; Tanaka, S. 1994: A new computer analysis technique using automatic threshold selection algorithm, available for quantitative estimation of the immunostained dendrites of the cerebellum Kaibogaku Zasshi. Journal of Anatomy 69(2): 161-167