about
Organic inorganic dye filler for polymer: blue-coloured layered double hydroxides into polystyrene.Modifications involved by acetylacetone in properties of sol-gel derived Y(3)Al(5)O(12):Tb(3+)- II: optical features.Organo-modified anionic clays into polymer compared to smectite-type nanofiller: potential applications of the nanocomposites.Relevance and performance of LDH platelets in coatings.Inhibition of Steel Corrosion and Alkaline Zinc Oxide Dissolution by Dicarboxylate Bola-Amphiphiles: Self-Assembly Supersedes Host-Guest Conception.Hybrid nanomaterials: from the laboratory to the market.Modifications induced by acetylacetone in properties of sol-gel derived Y(3)Al(5)O(12) : Tb(3+)- I: structural and morphological organizations.Strong interfacial attrition developed by oleate/layered double hydroxide nanoplatelets dispersed into poly(butylene succinate).Intercalation chemistry in a LDH system: anion exchange process and staging phenomenon investigated by means of time-resolved, in situ X-ray diffraction.A new route for local probing of inner interactions within a layered double hydroxide/benzene derivative hybrid material.Efficient fluorinating agent through topochemical fluorination of Co-Fe layered double hydroxides.Factors Affecting MoO4(2-) Inhibitor Release from Zn2Al Based Layered Double Hydroxide and Their Implication in Protecting Hot Dip Galvanized Steel by Means of Organic Coatings.Dual chain extension effect and antibacterial properties of biomolecules interleaved within LDH dispersed into PBS by in situ polymerization.Micrometer-sized dihydrogenphosphate-intercalated layered double hydroxides: synthesis, selective infrared absorption properties, and applications as agricultural films.In situ generation of layered single- or double-hydroxide inorganic platelets (LSH and LDH) assisted by bola amphiphiles.Adsorption of Dicamba herbicide onto a carbon replica obtained from a layered double hydroxide.Post-Synthesis Modification of the Aurivillius Phase Bi2SrTa2O9 via In Situ Microwave-Assisted "Click Reaction".Zn2Al layered double hydroxides intercalated and adsorbed with anionic blue dyes: a physico-chemical characterization.Efficient Microwave-Assisted Functionalization of the Aurivillius-Phase Bi2SrTa2O9.Recent developments in intercalation compounds: chemistry and applications.In situ platelets formation into aqueous polymer colloids: The topochemical transformation from single to double layered hydroxide (LSH-LDH) uncovered.A route to heat resistant solid membranes with performances of liquid electrolytes.Poly(Lactic Acid)-Based Nanobiocomposites with Modulated Degradation RatesMicrowave-assisted functionalization of the Aurivillius phase BiSrTaO: diol grafting and amine insertion alcohol graftingStudy of the formation of mesoporous titania via a template approach and of subsequent Li insertionNanostructured materials for energy storageUptake of lithium by layered molybdenum oxide and its tin exchanged derivatives: high volumetric capacity materialsLi interaction into a phyllomanganate of Rancieite type: Electrochemical behavior and XAS studyInterleaved oxovanadium cations in the rancieite manganese oxide δ‐MnO2Cation Substitution in the Alluaudite Structure Type: Synthesis and Structure of AgMn3(PO4)(HPO4)2Hydrothermal Synthesis and Structure of Mn2VO(PO4)2 · H2OSynthesis and Structure of NaMn3(PO4)(HPO4)2, an Unoxidized Variant of the Alluaudite Structure TypeThe 2D Rancieite-type manganic acid and its alkali-exchanged derivatives: Part I — Chemical characterization and thermal behaviorThe 2D Rancieite-type manganic acid and its alkali-exchanged derivatives: Part II — Electrochemical behaviorImidazolium Dicarboxylate Based Metal-Organic Frameworks Obtained by Solvo-Ionothermal ReactionComposites for « white and green » solutions: Coupling UV resistance and chain extension effect from poly(butylene succinate) and layered double hydroxides compositesHyperfine interaction in Zn–Al layered double hydroxides intercalated with conducting polymersHybrid Materials Engineering in Biology, Chemistry, and PhysicsInsight of an easy topochemical oxidative reaction in obtaining high performance electrochemical capacitor based on Co II Co III monometallic cobalt Layered Double HydroxideTwo-Dimensional Hybrid Materials: Transferring Technology from Biology to Society
P50
Q33351027-25CF96D6-6EAB-4051-9BA1-D5C2ED389355Q33666945-CBCF0C39-B481-4AC3-9948-3F988948436BQ36435508-39F51294-7589-4AB3-91F0-107860C10B52Q38022753-F585CBB7-9707-40A8-828D-38E083BF0197Q41763063-F8E19B22-0034-4A39-9B42-5D2D91F83E6BQ42358477-ED16F1C1-AA1A-4DC6-A51B-CCB85860A6C6Q42935780-ABD23874-E047-4483-9D68-CF5E86A45D6FQ42982481-614A317E-01AB-476B-8402-DFC8750A05EFQ43059000-0F0DF308-D61D-44BE-B39A-4AE238150601Q44647982-A0D22E39-AC67-48CB-B3FF-805063AF91ACQ46325888-1084E5D1-C4E4-4719-B7BB-FA3BB48C50E1Q46653061-C1E58DE7-2806-4DA6-8DBB-E17388DFFEE6Q47723531-A15AD1D7-D2EC-44DA-8454-2ACCCB49E372Q48042957-16C9C907-013F-47F7-9079-2A7C4535D24CQ48211753-34F416A8-95A0-44F9-B78F-F3B14D7E34EAQ48290533-C8EA2090-F57D-45B4-B478-CE08E71D9008Q49052702-6E9FB517-95F6-4F0A-8EF1-E0DFFA9FDA55Q50454029-009325AB-7EE3-497C-92FD-0EA914BA2A39Q50864405-5021864F-B56D-40EF-9766-D3F8D6DA9517Q52688547-9014020C-6D61-45F1-9066-38FA47E930D4Q53316226-62630052-3BCF-4915-BD1E-B2B528E839DFQ53868752-0BECFA64-48D1-4429-9262-89748D7CC4DBQ57476409-2B9B190F-52AE-4D99-BBAA-A8A0CD38B236Q57495979-A1FD984C-097A-45EB-A9EF-080C529241F0Q57731734-8316BE2A-AF5A-42A3-9EEF-C1A26A1F52A9Q57731759-25977371-9445-4573-A088-D3C2B5C49FD7Q57731793-16FFD431-2CC2-43C3-B284-3EF88C1700E9Q57958406-D675961E-81FE-4269-B655-0C1CFC2B2B39Q57958456-F50098A1-A061-47AA-A1AA-51D051A1909CQ57958476-6E9EA5AE-1ED7-4716-8486-7014A30541E2Q57958479-2CAFA6FC-BD53-40EB-BB61-63958F5D872DQ57958484-8627BBE5-98A8-456E-B6CC-F7886191B96CQ57958485-591E78BB-C037-4AD0-BDD9-9F023D2C4E2EQ57958486-4D446BFE-AE8B-4D28-928C-BFE12A800280Q58239792-EF7BABA1-FF65-421C-830F-443089C5F1D0Q59196507-3F5EF7ED-895D-4984-89DA-64FE98DAE593Q59402941-6440D9A7-FB1C-4A42-949B-164ED57F3F91Q60157786-B6BED064-3BED-4E83-B8D4-8AAEBD8E2579Q60157788-18D48247-E6A3-46A1-B136-1606B8CC6BF3Q60157795-072DD1BD-D370-496F-80C1-813A64B9FBD9
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Fabrice Leroux
@ast
Fabrice Leroux
@en
Fabrice Leroux
@es
Fabrice Leroux
@nl
type
label
Fabrice Leroux
@ast
Fabrice Leroux
@en
Fabrice Leroux
@es
Fabrice Leroux
@nl
prefLabel
Fabrice Leroux
@ast
Fabrice Leroux
@en
Fabrice Leroux
@es
Fabrice Leroux
@nl
P106
P1153
7005192394
P31
P496
0000-0002-4671-9630