Resultados de investigación

Figure S1, AC magnetic susceptibility characterization of different organs (tumor, liver, skin, and blood); Figure S2, scaled out-of-phase magnetic susceptibility of several tissues and nanoparticle standards scaled to their maximum to compare the location in temperature of the maxima., Peer reviewed

Supplementary data 1. Experimental vineyards and abiotic factors • Figure S1. Monthly precipitations in 2020. • Table S1. Plant protection applications in the experimental vineyards. • Table S2. Physical and chemical properties of organic mulches. • Table S3. Descriptive and statistics for the soil properties by experimental vineyards. • Table S4. Descriptive and statistics for soil activities and the abundance of DNA and soil organisms by experimental vineyards. • Table S5. Descriptive and statistics of soil properties by seasonal sampling. • Table S6. Descriptive and statistics of soil properties by treatments in the experimental vineyard 1 (conventional viticulture). • Table S7. Descriptive and statistics of soil properties by treatments in the experimental vineyard 2 (organic viticulture). Supplementary data 2. Results • Figure S2. Statistics for pair-treatment comparisons for the frequency of dead larvae in insect baits. • Figure S3. Statistics for pair-treatment comparisons for the frequency of larvae producing nematode emergences in insect baits. • Figure S4. Statistics for pair-treatment comparisons for the frequency of larvae that confirmed the Koch’s postulate tests. • Figure S5. DNA abundance of soil samples extracted through sucrose centrifugation. • Figure S6. Statistics for pair-treatment comparisons for the DNA abundance of soil organisms isolated through sucrose centrifugation. • Figure S7. Statistics for pair-treatment comparisons of the abundance of entomopathogenic nematodes isolated through sucrose centrifugation. • Figure S8. Statistics for pair-treatment comparisons of the abundance of free-living nematodes isolated through sucrose centrifugation. • Figure S9. Statistics for pair-treatment comparisons of the abundance of nematophagous fungi isolated through sucrose centrifugation. • Figure S10. Statistics for the relative abundance recorded for the different soil organisms isolated through sucrose centrifugation., Peer reviewed

Peer reviewed

Supplementary data 1. Thermodynamical Models. Correlations. Tables and Figures., Peer reviewed

Tables S1 and S2: Refined unit cell parameters and atomic positions for 8 samples from X-ray diffraction. Figures S1-S3: Refined unit cell parameters and atomic positions for TbTaO4 from variable-temperature neutron diffraction. Fig. S4: Total heat capacity of TbTaO4 and subtraction of lattice contribution. Table S3: Magnetic cell parameters for TbTaO4. Fig. S5: Dimensionless Curie-Weiss plots. Figures S6-S13: Rietveld refinements of PXRD data for 8 samples., Peer reviewed

Electronic Supplementary Material (ESI) for Nanoscale. 1.MNP characterization and stability at pH 2.5 3.AuNR characterization 4.AuNPR characterization 5.TEM and UV-vis study of AuNR-bacteria 6.Detailed TEM analysis of AuNPR-bacteria-EPS-MNP 7.UV-Vis spectrum of MNP-bacteria and their photothermal properties 8.TEM study of aggregation of MNP 9.Elemental composition of AuNP-MNP-bacteria, Peer reviewed

TGA curves of Sn-In-MCM-41: as synthesized, calcined, and after four catalytic cycles; XRD patterns of as-synthesized and calcined Sn-In-MCM-41; XRD patterns of as-synthesized and calcined In-MCM-41; FTIR spectra of calcined Sn-In-MCM-41, Sn-MCM-41, and In-MCM-41; FTIR spectra of Sn-In-MCM-41, Sn-MCM-41, and In-MCM-41 before and after pyridine adsorption and heating at 353 K; nitrogen adsorption–desorption isotherms of Sn-In-MCM-41, Sn-MCM-41, and In-MCM-41; BJH adsorption of Sn-In-MCM-41, Sn-MCM-41, and In-MCM-41; complete XPS spectra of Sn-In-MCM-41 fresh and after four catalytic cycles, Sn-MCM-41, and In-MCM-41; XPS spectra of Sn-MCM-41 fresh and after four catalytic cycles; catalytic results obtained for sugar conversion with Sn-In-MCM-41 in catalytic cycles (160 °C for 20 h, 160 mg of catalyst, and 225 mg of glucose); reaction mechanism; inputs for the LCA calculations on GaBi Software; flowchart for the production of 1 kg of glucose (Ecoinvent); environmental impact indicators (EIIs), units, and recommendation level; environmental impact indicator values; and contribution of the different processes to the EII values for the biochemical and chemical routes., Peer reviewed

The supporting information: Figure S1: Gel permeation chromatograph of the P[St-co-DMAEMA] co-polymer in THF.; Figure S2: Digital photographs of the perovskite nano-crystals solution.; Figure S3: Raman spectra of pristine graphite (grey) and the isolated exfoliated graphene nano-sheets (black) under 514 nm excitation., Peer reviewed

Experimental and characterization details; computation details; XRD, HR-STEM, and STEM–EDS analyses; Raman spectroscopy; DFT band structure of WSSe layers; steady-state optical extinction and absorption; pump–probe optical measurement-TA spectroscopy; FDTD simulations; and absorption and extinction derivative plots., Peer reviewed

1 Characterization of NdNiO3 films. 2 Fit to various metals. 3 Effective mass and carrier density. 4 Taylor expansion. 5 Determination of errors., Peer reviewed