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Synthesis spectroscopic and X-ray structural characterization of two novel mixed-ligand lead(II) complexes
Synthesis spectroscopic and X-ray structural characterization of two novel mixed-ligand lead(II) complexes
Patterns and determinations of human- carnivore conflicts in Central Iran realities and perceptions behind the conflict
Patterns and determinations of human- carnivore conflicts in Central Iran realities and perceptions behind the conflict
Patterns and determinations of human- carnivore conflicts in Central Iran realities and perceptions behind the conflict
Study of Pulsatile Flow in Common Carotid Artery with Different Stenosis Shapes within Various Wall Conditions
Experimental and simulation study on the optimum of the geometrical quality of bi-convex and bi-concave lenses produced by injection molding process
Different response to Cd stress in domesticated and wild safflower (Carthamus spp.)
Glass transition temperature of PMMA/modified alumina nanocomposite: molecular dynamic study
GERMINATION OF THREE LEGUMES: ONOBRYCHIS SUBNITENSE BORNM., ONOBRYCHIS SCROBICULATA BOISS.,AND VICIA VARIABILIS GROSSH. AT DIFFERENT TEMPERATURES
GERMINATION OF THREE LEGUMES: ONOBRYCHIS SUBNITENSE BORNM., ONOBRYCHIS SCROBICULATA BOISS.,AND VICIA VARIABILIS GROSSH. AT DIFFERENT TEMPERATURES
Study of the structural ligand effects on the fragmentation pattern of some Schiff base complexes of V (IV), Cu(II) and Ni (II) against the IR laser radiation using Matrix-free LDI-TOF technique
Study of the structural ligand effects on the fragmentation pattern of some Schiff base complexes of V (IV), Cu(II) and Ni (II) against the IR laser radiation using Matrix-free LDI-TOF technique
Study of the structural ligand effects on the fragmentation pattern of some Schiff base complexes of V (IV), Cu(II) and Ni (II) against the IR laser radiation using Matrix-free LDI-TOF technique
Study of the structural ligand effects on the fragmentation pattern of some Schiff base complexes of V (IV), Cu(II) and Ni (II) against the IR laser radiation using Matrix-free LDI-TOF technique