diplomsko delo
    	
    Povzetek
 
Sintetizirala sem tri bakrove(II) spojine s 5-sulfosalicilno kislino (C7H6O6S = H3L). Sinteze so potekale v vodi ob prisotnosti treh hidroksipiridinov (2-, 3- ali 4OHpy). Poleg naštetih izhodnih spojin, sem za sintezo uporabila tudi gvanidinijev karbonat (CH6N3)2CO3. Izolirane spojine imajo formule: {(CH6N3)[Cu(L)(H2O)](2OHpy)2}n 1, Cu(HL)(3OHpy)2(H2O) 2, (CH6N3)Cu(L)(H2O) 3. Spojina 1 ima znano strukturo s prisotnim ligandom L3- ter nekoordiniranima 2OHpy in gvanidinijevim kationom (CH6N3+). Istovetnost z znano strukturo sem preverila s praškovno XRD analizo. Spojini 2 in 3 nimata znane strukture, a glede na IR in CHN analize sklepam, da je v 2 prisoten poleg HL2- še 3OHpy in brez CH6N3+, v 3 pa brez 4OHpy a z CH6N3+. Z UV-Vis spektroskopijo sem ugotovila, da imata spojini in 1 in 2 različno koordinacijsko sfero, kar se vidi že po različnem zelenem odtenku barve spojin in po različnem položaju d-d traku.
    Ključne besede
 
bakrovi kompleksi;hidroksipiridin;5-sulfosalicilna kislina;diplomske naloge;
    Podatki
 
    
        
            | Jezik: | Slovenski jezik | 
        
        
            | Leto izida: | 2023 | 
            
        
        
            | Tipologija: | 2.11 - Diplomsko delo | 
            
        
            | Organizacija: | UL FKKT - Fakulteta za kemijo in kemijsko tehnologijo | 
        
            | Založnik: | [Š. Štante] | 
   
        
            | UDK: | 546.562:547.823(043.2) | 
   
        
        
            | COBISS: | 167177219   | 
        
        
  
        
            | Št. ogledov: | 39 | 
        
        
            | Št. prenosov: | 5 | 
        
        
            | Ocena: | 0 (0 glasov) | 
        
            | Metapodatki: |                       | 
    
    
    Ostali podatki
 
    
        
            | Sekundarni jezik: | Angleški jezik | 
        
        
            | Sekundarni naslov: | Hydroxypyridine complexes of copper(II) 5-sulfosalicylates | 
        
        
        
            | Sekundarni povzetek: | Three copper(II) compounds with 5-sulfosalicylic acid (C7H6O6S = H3L) were synthesized. The syntheses took place in water in the presence of three hydroxypyridines (2-, 3- or 4OHpy). Besides these initial starting compounds, guanidinium carbonate (CH6N3)2CO3 was also used for the syntheses. These isolated compounds are formulated as: {(CH6N3)[Cu(L)(H2O)](2OHpy)2}n 1, Cu(HL)(3OHpy)2(H2O) 2,	 (CH6N3)Cu(L)(H2O) 3. The structure of the compound 1 is known, showing a presence of L3- ligand, while 2OHpy and guanidinium cation CH6N3+ being noncoordinated. Identity with the known structure was checked with the XRD analysis. On the other hand, the compounds 2 and 3  reveal no report of their structure, though based on the IR and CHN analysis,  HL2- and 3OHpy are present in 2 but without CH6N33+. Differently, L3- and CH6N3+, but not 4OHpy are found in 3. Using UV-Vis spectroscopy for the compounds 1 and 2, different coordination spheres are suggested for them. This is seen by their different green coloration, as well as by a different position of their d-d band. | 
        
        
            | Sekundarne ključne besede: | copper(II);coordination compounds;hydroxypyridine;5-sulfosalicylic acid;Koordinacijske spojine;Baker;Univerzitetna in visokošolska dela; | 
        
            
        
            | Vrsta dela (COBISS): | Diplomsko delo/naloga | 
        
        
            | Študijski program: | 1000374 | 
        
           
        
           
        
           
        
            | Konec prepovedi (OpenAIRE): | 1970-01-01 | 
        
           
        
            | Komentar na gradivo: | Univ. v Ljubljani, Fak. za kemijo in kemijsko tehnologijo, VSŠ Kemijska tehnologija | 
        
           
        
           
        
           
        
            | Strani: | 38 str. | 
        
           
        
           
        
           
        
           
        
           
        
           
        
           
        
           
        
          
        
          
        
          
        
         
        
         
        
        
            | ID: | 19892424 |