1,598 research outputs found
Professor T.M. Cherevchenko – famous botanist, introductor, orchidologist
No full textProfessor T.M. Cherevchenko – famous botanist, introductor, orchidologis
Contribution of T.M. Cherevchenko to the development of space biology
No full textThe results of many years investigation of T.M. Cherevchenko in study of peculiarities of artificial biogeocenosis functioning in the model experiments using clinostate and hermeticcaly sealed container under the conditions of space flight are given
The role of the corresponding member of NAS of Ukraine, professor T.M. Cherevchenko in the development of Dendrological Park Sofiyivka as scientific institution of NAS of Ukraine
No full textThe role of T.M. Cherevchenko in the development of dendropark Sofiyivka as scientific institution is described
Роль члена-кореспондента НАН України, професора Т.М. Черевченко в становленні дендропарку “Софіївка” як наукової установи НАН України
No full textThe role of T.M. Cherevchenko in the development of dendropark Sofiyivka as scientific institution is described
Twenty three years of mutual work as a moment
No full textTwenty three years of mutual work as a momen
Внесок Т.М. Черевченко в розвиток космічної біології
No full textThe results of many years investigation of T.M. Cherevchenko in study of peculiarities of artificial biogeocenosis functioning in the model experiments using clinostate and hermeticcaly sealed container under the conditions of space flight are given
Retrieval and reference
No full textKnowledge from study may be transferred in different ways: in words and images, via lectures and exhibitions, in the form of articles or books; and electronically.For the time being, the form used most frequently is written publication in text and illustration. However publishing on CD-ROM and the Internet are witnessing rapid development. Maybe this is going to have important consequences for the way in which people are searching for information. In this contribution we discuss some points needing attention for optimal accessibility of knowledge from study and suitably dealing with the sources used. We refer to handbooks for the conventional playing rules of reporting in writing such as clear and interest evoking titles of chapters and paragraphs, clear structure and table of contents, avoiding unnecessary jargon, a clear summary and their like.a,b The emphasis in this Chapter is on adequate pointers to references and the use of key-words.Before embarking, first, something about the way to stimulate potential readers to take notice of the information. It starts already with the cover and the titlepage. These give a first impression of what is waiting for the potential reader. With this author, text or images present themselves. One glance should make clear what the subject is; although it is sometimes attractive to confuse the reader. Starting from cover and title page, the reference data (copyright notice, year of publication, ISBN number, place of issue and publisher), table of contents, foreword (written by a recommending outsider or referee) and introduction, the reader is introduced from his own world into the world of the author. The author and those responsible for the lay-out should picture themselves in this process and shape the publication from the vantage point of potential readers (the target audience), their questions, their pre-suppositions, or lack thereof.Possible pre-suppositions of the reader should be supplemented or corrected. With this it is prevented that potential readers are thinking after a while “What the hell is this?” A clear text on the back cover, an index of key-words, a list of references and a sensible use of footnotes and final-notes are important conditions as well in order to achieve a publication that invites reading.Technical Ecology and Methodology (OLD)Real Estate Managemen
Stiffness-force feedback in UAV tele-operation
No full textAerospace Design, Integration and OperationsAerospace Engineerin
Tertiary patterns in inclined layer convection
No full textConvection in an inclined layer generates various types of spatio-temporal patterns due to interaction of buoyancy and shear. At small angles of incline, the secondary instability of the uniform base state occurs in the form of buoyancy dominated longitudinal rolls. Above a critical angle of incline marking a co-dimension 2 point, shear driven transverse roll instabilities take over as the secondary instabilities. Computing the location of the co-dimension 2 point for varying thermal driving and inclination angle and determining all secondary bifurcations together with the resulting tertiary states allows to characterize the nonlinear phase diagram of inclined layer convection system. The semi-analytically computed phase diagram quantitatively matches experimental observations by Daniels et al. Close to the co-dimension 2 point, a subcritical secondary bifurcation leading to bistability is identified. In the bistable region, heteroclinic cycles generate bursting behavior
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