Browsing Department of Chemistry by Subject

Now showing items 62-81 of 207

      Subject
      Camellia sinensis, Fatty acids, Location of production, Nitrogenous fertilizer application rates, Tea [2]
      Camellia sinensis, Leaf nutrients levels, Canopy extinction coefficient, Leaf area index [1]
      Camellia sinensis; clones; black tea quality; nitrogen fertiliser; plucking standards; plucking intervals [1]
      Camellia sinensis; Clones; Micronutrients; Agronomic practices [1]
      Camellia sinensis; Clones; Micronutrients; Soil application; Foliar application [1]
      Camellia sinensis; Plain black tea quality; Clones; Fermentation temperature and duration [1]
      Camellia sinensisYieldsQualityArea of productionHarvesting intervalsKenya [1]
      Camellia; smallholder tea growing;Tea production;Tea trade -- Kenya;Sustainable development -- Kenya; [1]
      Catalysis; Cation exchange; Complexation; Copper; Copper ammines [2]
      Cation exchange, catalysis, copper, complexation, copper ammines. [1]
      Central nervous system; Chemotype; Mesembrine-type;Phytochemical variation;Sceletium tortuosum [1]
      Central nervous systemChemotypeMesembrine-typePhytochemical variationSceletium tortuosum [1]
      chemical and physical properties of zeolites; catalytic efficacy [1]
      chemical composition, drought, drought resistance, dry matter, grafting, growth, leaf area, plant composition, plant physiology, roots, rootstocks, scions, soil water, stems, tea, water content, water relations, water stress [1]
      chemical composition, environmental factors, genotype environment interaction, genotypes, nutrient content, plant composition, survival, tea, trace elements [1]
      Chemometrics; hyperspectral imaging; PCA; PLS–DA; Sceletium crassicaule; Sceletium tortuosum [1]
      Chemometrics; hyperspectral imaging; PCA; PLS–DA;Sceletium crassicaule;Sceletium tortuosum [1]
      Chitin: Dye: Adsorption: Geopolyme [1]
      chlorophyll, leaf age, leaves, measurement, meters, tea [1]
      Cis-effect, kinetics, ruthenium(II), substitution, thiourea, trans-effect [1]