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The Hungarian lichenologist Ödön Szatala described 169 species and infraspecific taxa, with a majority of these being based on his own collections. He also described taxa from material sent to him for identification. In this study, original material for 27 names (Aspicilia latiloba, A. microspora var. astroidea, A. microspora var. insensibilis, A. subpercaena, Bacidia rhodi, Buellia samothrakiana, Catillaria lenticularis var. transsilvatica, C. servitii, C. zsakii, Dermatocarpon fuscatum, Diplotomma alboatrum var. virescens, Lecania nylanderiana var. ochracea, Lecanora atra var. aegaeica, L. cengiae-samboae, L. rhodi, Lecidea aegaeica, L. aegaeica f. acrustacea, L. aegaeica f. albida, L. aegaeica var. verruculosa, L. euphorea f. decussata, L. iranica, L. stigmatea f. armeniaca, Pertusaria baskalensis, Physcia grisea var. elbursiana, Placodiella olivacea var. stampaliana, Porina rechingeri and Verrucaria filarszkyana) of taxa described by Szatala and based on material collected by others from Greece, Hungary, Iran, Iraq, Jordan, Palestine, Romania, Turkey and Ukraine was examined, and lectotypes were chosen. In addition, Catillaria servitii has been found to be the earliest name for C. praedicta.
Studia botanica hungarica
Taxonomical and chorological notes 16 (164–177)The present part of the series provides miscellaneous new records of six lichen-forming, two lichenicolous and six flowering plant species from Hungary, Romania and Serbia. New Hungarian chorological records for the flowering plants are: Juncus sphaerocarpus new for the Putnok Hills and Sorbus semiincisa for Mezőföld. The second recent occurrence of Crepis mollis subsp. succisifolia very rare in Hungary is presented here from the Bakonyalja region. Sporobolus cryptandrus agressively spreading in the Hungarian sandy areas was found in the Nyírség area. The old records of Lappula heteracantha in the Mezőföld (Balatonkenese) and those of Sherardia arvensis in the Zemplén Mts are confirmed. Regarding the lichen-forming fungi Bacidia fraxinea and Toniniopsis subincompta are new to the Vértes Mts (Hungary), Bacidia rubella is new to Mt Pilis (Hungary), Flavoparmelia soredians is new to the Hajdúság area (Hungary), and Oxneria huculica is new to Romania and Serbia. Second or further additi...
Studia botanica hungarica
Taxonomical and chorological notes 15 (153–163)The present part of the series provides new records of 11 taxa, among them one diatom, six lichen-forming fungi and four bryophytes. The diatom Stauroneis blazenciciae is new to Romania, and it is the second record worldwide. The six lichen species have already been reported from Hungary, however they are quite rare. Additional interesting records are presented, e.g. Calicium notarisii and Pseudothelomma ocellatum are new for the Great Hungarian Plain, Cetrelia chicitae is new for the Velence Mts and for the Transdanubian Mountain Range, Petractis clausa is new for the Gerecse Mts, and Umbilicaria polyphylla is new for the Börzsöny Mts. Parmotrema perlatum has several interesting new occurrences. Regarding the bryophyte species, Marchantia polymorpha L. subsp. montivagans is new to Hungary, Sciuro-hypnum curtum is new for the Nyírség, Brachythecium capillaceum is reported from the Great Hungarian Plain for the first time. Pseudocampylium radicale is new for the Kismohos bog, its app...
2020 •
Friction stir welding is a promising welding technology which has made its way to many industrial applications. It provides high quality welds by eliminating some defects like porosity and crack. The solid state joining process consumes comparatively less energy than some other welding technologies. The heat generated during the friction stir welding is responsible for the joining of the two base metals and also it has effect on the residual stresses of the workpiece. The residual stresses affect the fatigue life of the welded joints so it is important to control the heat generation in the friction stir welding. The heat generation is controlled by optimizing the parameters of the FSW tool. In this paper we will analyse the effect of the rotational speed of tool on the heat generation during the plunging state of FSW. Heat generation during the plunging phase has been chosen to be analysed since the highest possible temperature is attained at the plunging phase. A Coupled Eulerian Lagrangian technique is used for the numerical analysis using ABAQUS CAE.
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