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73 results about "Fullerene molecule" patented technology
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A fullerene is any molecule composed entirely of carbon, in the form of a hollow sphere, ellipsoid, or tube.
Fullerene-containing optical materials with novel light transmission characteristics
Optical glasses and polymers are described that incorporate homogeneously dispersed fullerene molecules. The resultant materials may be used as optical filters, the cut-off frequency being easily adjustable by changing the fullerene content. To prepare glasses fullerene molecules are firstly functionalized by amination prior to being incorporated into a sol-gel process to prepare the glass. To prepare polymers a pre-existing polymer may be subject to fullerenation, or fullerene may be copolymerized with a selected monomer.
Owner:THE HONG KONG UNIV OF SCI & TECH
Crystals comprising single-walled carbon nanotubes
InactiveUS20020130610A1High yieldStay efficientMaterial nanotechnologyCarbon compoundsFullerene moleculeNanotube
The invention is directed to a method of manufacturing single-walled carbon nanotubes comprising the steps of providing on a substrate at least one pillar comprising alternate layers of a first precursor material comprising fullerene molecules and a second precursor material comprising a catalyst, and heating the at least one pillar in the presence of a first magnetic or electric field. It further is directed to a precursor arrangement for manufacturing single-walled carbon nanotubes comprising on a substrate at least one pillar comprising alternate layers of a first precursor material comprising fullerene molecules and a second precursor material comprising a catalyst. A third aspect is a nanotube arrangement comprising a substrate and thereupon at least one crystal comprising a bundle of single-walled carbon nanotubes with essentially identical orientation and structure.
Owner:IBM CORP
Fullerene molecular gyroscope
ActiveCN102914298AIncrease the number ofLong spin relaxation timeTurn-sensitive devicesSpin effectMicrowave method
The invention relates to a fullerene molecular gyroscope which is characterized in that: atoms or molecules are embedded in the fullerene, so as to prevent spin collision exchange relaxation and spin collision damage. The micro-crystallizing standard solid molding is adopted, so that the fullerene molecules are arrayed according to a certain structure and the sensitive atomic density is increased. An optical and microwave method is adopted for controlling and detecting the atomic energy level, so that the detection for a dead axle and an inertia signal of the atoms or molecules in an inertia space is realized. The fullerene molecular gyroscope has the advantages of high sensitivity and excellent heat stability and has an important value for developing a new generation solid gyroscope based on an atomic spin effect and with high precision, high stability and small volume.
Owner:BEIHANG UNIV
Water-soluble fullerene and preparation and application methods thereof
InactiveCN102675655ALow toxicityRich sourcesEnergy modified materialsGenetic material ingredientsSolubilityWater dispersible
The invention relates to water-soluble fullerene and preparing method thereof, can effectively solve the problems of poor solubility, low photosensitive activity and poor biocompatibility of the conventional fullerene, and adopts the technical scheme that water-soluble polymer polyethylene imine is connected to a fullerene molecule through chemical bonds to obtain water-soluble fullerene; and theweight ratio of polyethylene imine to fullerene is 0.08 to 0.12 : 1. The method comprises the following steps: the fullerene is reacted with an ammoniation reagent to obtain amino fullerene; amino fullerene is reacted with aziridine in such a manner that under the existence of protonated hydrogen ions, aziridine is grafted on amino groups continuously; and finally, the polymer of fullerene and polyethylene imine (namely water-soluble fullerene) is obtained. The water-soluble fullerene prepared according to the invention has the advantages that the characteristics of fullerene are not damaged;the water dispersibility is high; the toxicity is low; the stability is favorable; the preparation method is simple; the cost is low; and the water-soluble fullerene serves as a photosensitizer or a medicine carrier during the preparation of medicines curing cancers.
Owner:ZHENGZHOU UNIV
Nonvolatile flash memory structures including fullerene molecules and methods for manufacturing the same
InactiveUS20120012919A1Increased retention time/program-erase time ratioTransistorNanoinformaticsElectricitySemiconductor structure
Embodiments of tunneling barriers and methods for same can embed molecules exhibiting a monodispersion characteristic into a dielectric layer (e.g., between first and second layers forming a dielectric layer). In one embodiment, by embedding C60 molecules inbetween first and second insulating layers forming a dielectric layer, a field sensitive tunneling barrier can be implemented. In one embodiment, the tunneling barrier can be between a floating gate and a channel in a semiconductor structure. In one embodiment, a tunneling film can be used in nonvolatile memory applications where C60 provides accessible energy levels to prompt resonant tunneling through the dielectric layer upon voltage application. Embodiments also contemplate engineered fullerene molecules incorporated within the context of at least one of a tunneling dielectric and a floating gate within a nonvolatile flash memory structure.
Owner:CORNELL UNIVERSITY +1
Nonvolatile flash memory structures including fullerene molecules and methods for manufacturing the same
ActiveUS20140169104A1Increased retention time/program-erase time ratioTransistorNanoinformaticsSemiconductor structureFullerene molecule
Embodiments of tunneling barriers and methods for same can embed molecules exhibiting a monodispersion characteristic into a dielectric layer (e.g., between first and second layers forming a dielectric layer). In one embodiment, by embedding C60 molecules inbetween first and second insulating layers forming a dielectric layer, a field sensitive tunneling barrier can be implemented. In one embodiment, the tunneling barrier can be between a floating gate and a channel in a semiconductor structure. In one embodiment, a tunneling film can be used in nonvolatile memory applications where C60 provides accessible energy levels to prompt resonant tunneling through the dielectric layer upon voltage application. Embodiments also contemplate engineered fullerene molecules incorporated within the context of at least one of a tunneling dielectric and a floating gate within a nonvolatile flash memory structure.
Owner:CORNELL UNIVERSITY +1
Method for fullerene derivative and the fullerene derivative proton conductor and electrochemical device
Provided are a method of efficiently procuding fullerene into which a OH group or a SO3H group is introduced, such as fullerenol, or a derivative thereof, the fullerene and its derivative being preferable as a proton conductor, and a novel and usable proton conductor obtained by the method. Further, provided is an electrochemical device using the proton conductor such as a fuel cell or the like. In the producing method of the fullerene derivative, halogated fullerene, which is obtained through halogating a fullerene molecule is used as a precursor, the fullerene derivative is produced through introducing one or more proton dissociative group into at least one carbon atom of a fullerene molecule. Moreover, in a producing method of a polymerized fullerene derivative, a plurality of fullerene derivatives are bonded to one another by an aromatic group of an aromatic compound through reacting the plurality of fullerene derivatives with the aromatic compound. The fullerene derivative obtained by any of these method functions as a proton conductor, and an electrochemical device using the proton conductor such as a fuel cell can be downsized and simplified without atmosphere constraints.
Owner:SONY CORP
Method for producing metal-supported carbon, method for producing crystals consisting of fullerene molecules and fullerene nanowhisker/nanofiber nanotubes, and apparatus for producing the same
ActiveUS20100196788A1More stablyIncrease in size of apparatusMaterial nanotechnologyCrystallization separationSolubilityNanofiber
The present invention provides a method for producing metal-supported carbon, which includes supporting metal microparticles on the surface of carbon black, by a liquid-phase reduction method, in a thin film fluid formed between processing surfaces arranged to be opposite to each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, as well as a method for producing crystals comprising fullerene molecules and fullerene nanowhisker / nanofiber nanotubes, which includes uniformly stirring and mixing a solution containing a first solvent having fullerene dissolved therein, and a second solvent in which fullerene is less soluble than in the first solvent, in a thin film fluid formed between processing surfaces arranged to be opposite to each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other.
Owner:M TECH CO LTD
Fullerene amino-acid-ester self-assembled medicine-carrying slow-release vesicle material, and preparation method and application thereof
ActiveCN106083626AFeature reservedSolve hydrophobicityOrganic compound preparationInorganic non-active ingredientsChromatographic separationChlorobenzene
The invention discloses a fullerene amino-acid-ester self-assembled medicine-carrying slow-release vesicle material, and a preparation method and application thereof, and relates to the field of fullerene. The vesicle material is prepared by enabling fullerene molecule to be connected with an amino-acid ester molecule through nucleophilic substitution, wherein fullerene is C60 fullerene and the molecular general formula is C60R5Cl. The preparation method comprises taking C60 fullerene and ICl as raw materials, taking chlorobenzene as a solvent, and synthesizing C60Cl6; adding an amino acid into a hydrochloric acid methanol saturated solution, and performing heating reflux to obtain the amino-acid ester; performing heating reflux on C60Cl6 and the amino-acid ester in a mixed solvent of ethyl acetate and toluene, so as to obtain the fullerene amino-acid-ester cruder product; and performing chromatographic separation, so as to obtain the fullerene amino-acid-ester self-assembled medicine-carrying slow-release vesicle material.
Owner:XIAMEN UNIV +1
Patterned structure, method of making and use
InactiveUS20060181854A1Efficient conductionMaterial nanotechnologyLayered productsThermoelectric elementFullerene molecule
A thermoelectric element comprises a substrate with a patterned discontinuous fullerene thin film. A method of applying a patterned discontinuous fullerene thin film to a substrate comprises applying a mask to the substrate, the mask defining a conductive electric network, applying a fullerene material to the masked substrate to deposit a patterned discontinuous fullerene thin film, applying a selected bond breaking force to the network to disassociate fullerene carbon to fullerene carbon bonds without disassociating fullerene carbon to substrate bonds to form a patterned discontinuous fullerene thin film substantially a single fullerene molecule in thickness.
Owner:FREEDMAN PHILIP D
Manufacturing method and application of single wall carbon nano tube
InactiveCN1353084AHigh degree of orderMaterial nanotechnologyPolycrystalline material growthCarbon nanotubeFullerene molecule
The invention is directed to a method of manufacturing single-walled carbon nanotubes comprising the steps of providing on a substrate at least one pillar comprising alternate layers of a first precursor material comprising fullerene molecules and a second precursor material comprising a catalyst, and heating the at least one pillar in the presence of a first magnetic or electric field. It further is directed to a precursor arrangement for manufacturing single-walled carbon nanotubes comprising on a substrate at least one pillar comprising alternate layers of a first precursor material comprising fullerene molecules and a second precursor material comprising a catalyst. A third aspect is a nanotube arrangement comprising a substrate and thereupon at least one crystal comprising a bundle of single-walled carbon nanotubes with essentially identical orientation and structure.
Owner:IBM CORP
Chemical separation method for fullerenes
A method for separating two types of fullerene molecules in a mixture can comprise: contacting a mixture comprising different fullerenes with a reagent that reacts at different rates or to a different extent with different types of fullerenes in the mixture and separating the fullerenes based upon the extent of reaction between the fullerene and the reagent.
Owner:LUNA INNOVATIONS
Superconducting material and method for producing the same
InactiveUS7189681B2Raise the transition temperatureGood chemical stabilityMaterial nanotechnologyIndividual molecule manipulationValence bandConduction band
For provides a superconducting material comprising highly chemically stable Fullerene carbon molecules having a relatively high transition temperature and high chemical stability, C20 Fullerene molecules having stronger electron-lattice interaction than that of C60 Fullerene molecules are used, in order to polymerize the C20 Fullerene molecules into a one-dimensional chain, C20 is incorporated in a gap of a material having a large band gap between a valence band and a conduction band, thereafter, electrons or positive holes are injected into the obtained C20 Fullerene chain polymer via an electric field application for phase transition to a superconductor.
Owner:NEC CORP
Producing method of fullerene derivative, fullerene derivative, proton conductor and electrochemical device
Provided are a method of efficiently procuding fullerene into which a OH group or a SO3H group is introduced, such as fullerenol, or a derivative thereof, the fullerene and its derivative being preferable as a proton conductor, and a novel and usable proton conductor obtained by the method. Further, provided is an electrochemical device using the proton conductor such as a fuel cell or the like. In the producing method of the fullerene derivative, halogated fullerene, which is obtained through halogating a fullerene molecule is used as a precursor, the fullerene derivative is produced through introducing one or more proton dissociative group into at least one carbon atom of a fullerene molecule. Moreover, in a producing method of a polymerized fullerene derivative, a plurality of fullerene derivatives are bonded to one another by an aromatic group of an aromatic compound through reacting the plurality of fullerene derivatives with the aromatic compound. The fullerene derivative obtained by any of these method functions as a proton conductor, and an electrochemical device using the proton conductor such as a fuel cell can be downsized and simplified without atmosphere constraints.
Owner:MURATA MFG CO LTD
Application of carbon nano tube in polyethylene fiber composite weftless fabric
InactiveCN100567606CImprove impact resistanceImprove heat resistanceNon-macromolecular adhesive additivesNon-woven fabricsFiberAdhesive
Owner:DONGHUA UNIV
C70Fullerene Tube And Process For Producing The Same
Disclosed is a thin line having a hollow structure portion composed of a C70 fullerene molecule, which is a novel functional material useful for a capsule for containing various chemical substances, a reaction site, a gas adsorbent, a catalyst supporting material, an electrode material, a semiconductor and the like. Also disclosed is a method for producing the same.
Owner:NAT INST FOR MATERIALS SCI
Preparation method of magnetic fullerene molecularly-imprinted nano-composite material
ActiveCN106215905ALarge adsorption capacityLarge specific surface areaOther chemical processesAlkali metal oxides/hydroxidesSulfonylureaHydrothermal synthesis
The invention discloses a preparation method of a magnetic fullerene molecularly-imprinted nano-composite material. The preparation method comprises the specific operation steps that firstly, polycarboxylation-substituted fullerene (C60-COOH) is synthesized; secondly, magnetic fullerene nano-particles are prepared through a hydrothermal synthesis method, and the surfaces of the magnetic fullerene nano-particles are covered with a layer of silicon dioxide to prepare silicon dioxide-coated magnetic fullerene nano-particles; lastly, the magnetic fullerene molecularly-imprinted nano-composite material is prepared through a molecular imprinting technique. According to the magnetic fullerene molecularly-imprinted nano-composite material, fullerene is taken as a carrier, and therefore the specific surface area of an imprinted polymer is greatly increased; magnetic Fe3O4 is used, and therefore the operation steps of column packing, centrifuging, filtering and the like in the purification process are simplified; specific identification on sulfonylurea herbicides is achieved through the molecular imprinting technique, and therefore the sulfonylurea herbicides are efficiently and selectively separated and purified.
Owner:安徽出入境检验检疫局检验检疫技术中心 +1
Ionic conductor, method of manufacturing the same, and electrochemical device
InactiveUS20060204813A1Conductive stabilityImprove performanceMaterial nanotechnologySolid electrolytesElectrical conductorProton
An ionic conductor insoluble to water and fuel, and capable of stably allowing ions such as protons to conduct therethrough, a method of manufacturing the same, and an electrochemical device. The ionic conductor having a derivative in which an ion-dissociative group is bound to a carbonaceous substance composed of at least one species selected from the group consisting of fullerene molecule, cluster mainly composed of carbon, and structure of linear or tubular carbon; and a polymer of a substance having a basic group. A method of manufacturing an ionic conductor having a step of dissolving the above-described derivative; and a polymer of the substance having the basic group; into a solvent to thereby prepare a homogeneous solution; and a step of removing the solvent. An electrochemical device having a negative electrode, a positive electrode, and an ionic conductor held therebetween, wherein the ionic conductor is composed of the ionic conductor of the present invention described in the above.
Owner:SONY CORP
Fullerene compound and preparation method thereof
ActiveCN103044255AMaintain biological performanceGood biocompatibilityOrganic compound preparationCarboxylic acid esters preparationBiocompatibility TestingWater soluble
The invention discloses a fullerene compound and a preparation method thereof. The preparation method comprises the following steps: allowing the fullerene to be subjected to additive reaction to prepare a fullerene ester based derivative; adding the fullerene ester based derivative and water-soluble molecules in an ethanol solution, and uniformly stirring and mixing to obtain a fullerene compound solution; and drying a solvent of the fullerene compound solution to obtain the fullerene compound. The preparation method not only can ensure the molecular structure of the fullerene against damage, but also can maintain the biological performance of the fullerene molecules, greatly improves the biocompatibility of the fullerene compound, avoids the adding of poisonous reagents and ensures the product safety.
Owner:SHENZHEN BEAUTYSTAR CO LTD +1
Production Method of Material Film and Production Apparatus of Material Film
InactiveUS20080226835A1Improve controllabilityLow densityMaterial nanotechnologyNitrogen compoundsFullerene moleculeIrradiation
According to a containing-fullerene production method by the background art, containment target ions obtained by ionizing containment target atoms have been irradiated to empty fullerene within a vacuum vessel. This has resulted in a problem of a lower formation efficiency of containing-fullerene, in case of forming containing-fullerene which internally contains an atom larger than a six-membered ring of fullerene. It is thus devised to irradiate ions having larger diameters and masses to a fullerene film, simultaneously with irradiation of containment target ions thereto. Since ions having larger masses collide with fullerene molecules, the fullerene molecules are largely deformed and openings thereof are enlarged. Containment target ions are caused to enter cages of fullerene molecules, thereby increasing a probability of formation of containing-fullerene.
Owner:IDEAL STAR
Preparation method and application of implantable fullerene polylactic acid self-agglomerating drug-loaded sustained release microspheres
InactiveCN103768598AWon't breakEasy to prepareEnergy modified materialsPharmaceutical non-active ingredientsPhotodynamic therapyMicrosphere
The invention relates to a preparation method and an application of implantable fullerene polylactic acid self-agglomerating drug-loaded sustained release microspheres so as to effectively solve the problems of preparation of the implantable fullerene polylactic acid self-agglomerating drug-loaded sustained release microspheres and application of the implantable fullerene polylactic acid self-agglomerating drug-loaded sustained release microspheres in medicines for photodynamic therapy of tumors. According to the technical scheme for solving the problems, the preparation method is characterized in that fullerene molecules are connected to polylactic acids through chemical bonds, the relative molecular weight of the polylactic acids is 10000-18000, fullerene is C60 fullerene, and the particle sizes of the microspheres are 1-10 micrometers. The preparation method is simple; preparation conditions are easily satisfied; the intrinsic characteristics of the fullerene are not damaged; and the implantable fullerene polylactic acid self-agglomerating drug-loaded sustained release microspheres enable photodynamic therapy and chemotherapy to simultaneously play a role in tumor treatment and are innovation of the medicines for treating the tumors.
Owner:ZHENGZHOU UNIV
Method for preparing load metal fullerene nano-micron material by supercritical fluid technology
InactiveCN102942169AIncrease loadHigh repetition rateFullerenesBulk chemical productionFiberTemperature and pressure
The invention relates to a method for preparing a load metal fullerene nano-micron material by the supercritical fluid technology. The fullerene nano-micron material in the present invention refers to a fullerene nano-micron material with morphology of fullerene nano-micron fibers, fullerene nano-micron particles, and fullerene nano-micron wafers formed by fullerene molecules through covalent bond, ionic bond or van der waals force. The invention is named as the supercritical fluid load technology. The gas or liquid reaches the supercritical state by controlling temperature and pressure thereof in a reactor containing the fullerene nano-micron material and metal or metal precursor to achieve load. The method is wide in application range, high in load and high in repetition rate, and can be used for large-scale industrial production. The product of metal-loading fullerene nano-micron material can be applied to the fields of fuel cell electrodes, catalysts or catalyst carriers, low-dimensional semiconductors, and functional polymer composite materials.
Owner:QINGDAO UNIV OF SCI & TECH
Fusion fuel containers and system
A fusion fuel composition has two or more light nuclei combined with a cage-like molecule. The light nuclei may be, for example, deuterium and tritium, and the cage-like molecule may be, for example, a fullerene molecule. A fusion reaction to consume the fusion fuel may be ignited, for example, via compression methods including chemical or laser.
Owner:CARBON LABS
Ion-Dissociative Functional Compound, Method for Production Thereof, Ionic Conductor, and Electrochemical Device
Disclosed herein are an ion-dissociative functional compound, a method for production thereof, an ionic conductor, and an electrochemical device, the ion-dissociative functional compound being thermally and chemically stable under the condition required of fuel cells and being suitable for use as a material such as protonic conductor in fuel cells.The proton-dissociative functional compound shown in FIG. 1A is composed of a fullerene C60 molecule and about 10 sulfonic acid groups —SO3H as proton-dissociative groups each attached to the fullerene through a difluoromethane group —CF2—. The proton-dissociative functional compound shown in FIG. 1B is composed of fullerene molecules three-dimensionally connected to each other through a linking group —CF2SO2NHSO2CF2—. It contains, as the proton-dissociative group, sulfoneimide groups —SO2NHSO2— and sulfoneamide groups —SO2H2 in addition to sulfonic acid groups. These compounds are prepared by introduction of difluoro(fluorosulfonyl)methyl groups into fullerene molecules, and ensuing imidization and hydrolysis.
Owner:SONY CORP
Controllable preparation method of fullerene sub-micron tube
InactiveCN102381698AEasy to produceSimple methodNanotechnologySingle crystalElectromagnetic shielding
The invention relates to a controllable preparation method of a fullerene sub-micron tube. The controllable preparation method comprises the following steps: dissolving fullerene molecules in a good solvent at low temperature so as to obtain a saturated solution of the fullerene molecules; placing the saturated solution under a specific light source for exciting irradiation for certain time; and evenly mixing the saturated solution with a poor solvent, then placing the obtained mixed solution in a thermotank for static cultivation for certain time, and finally separating out the monocrystalline fullerene sub-micron tube with high length-diameter ratio and controllable inner and outer diameter through crystallization. The controllable preparation method has the advantages of simple process, more easily controlled technological process and good repeatability; and the fullerene sub-micron tube obtained by the preparation method has broad application prospects in the fields such as nano-micron electrodes, fuel cell electrodes, gaseous or electrochemical hydrogen storage materials, electromagnetic shielding materials, high-frequency wave-absorbing materials, catalysts and carriers thereof, nano-transistors, nano wires and the like.
Owner:QINGDAO UNIV OF SCI & TECH +1
Ternary blend organic solar cells based on one donor polymer and two acceptors
The present invention relates to an organic solar cell. The organic solar cell comprises a photoactive layer that comprises at least one donor polymer and two non-fullerene molecular acceptors. Further, an organic solar cell comprises a photoactive layer that comprises one donor polymer, one fullerene acceptor, and one non-fullerene molecular acceptor. The donor polymer may exhibit temperature dependent aggregation (TDA) properties in solution, wherein the absorption onset of the polymer solution exhibits a red shift of at least 80 nm when the solution is cooled from 100 DEG C to room temperature or the absorption onset of the polymer solution exhibits a red shift of at least 40 nm when the solution is cooled from 100 DEG C to 0 DEG C.
Owner:THE HONG KONG UNIV OF SCI & TECH
Method for increasing performance of metallofullerene single-molecular magnet
InactiveCN106486239AIncreased magnetic anisotropyRaise the blocking temperatureOrganic/organic-metallic materials magnetismMetal-organic frameworkFullerene molecule
The invention relates to a method for increasing the performance of a metallofullerene single-molecular magnet. The method includes: dispersing the metallofullerene single-molecular magnet into the ducts of an organic porous material, wherein the organic porous material is a metal organic framework compound material or a covalent organic frame compound material. Magnetism test results show that the metallofullerene single-molecular magnet dispersed in the organic frame compound is high in blocking temperature and magnetization intensity. By the method, the performance of the metallofullerene single-molecular magnet can be increased effectively.
Owner:BEIJING FUNAKANG BIOTECH CO LTD
Proton conducting electrode, method for preparation thereof and electro-chemical device
InactiveUS7087340B2Improve propertiesSufficient quantityMaterial nanotechnologyConductive materialFuel cellsProton
A proton conducting electrode is provided. The proton conducting electrode includes a mixture of a fullerene derivative and an electron conducting catalyst, wherein the fullerene derivative is composed of carbon atoms that can form fullerene molecules and one or more proton (H+) dissociating groups introduced into said carbon atoms. The proton conducting electrode can be manufactured by coating a mixture containing the fullerene derivative and the electron conducting catalyst on a gas transmitting current collector. The proton conducting electrode can be used in a variety of applications, such as in electrochemical devices, including fuel cells.
Owner:SONY CORP
Double-addition fulleropyrrolidine and preparation method thereof
InactiveCN103880848AImprove solubilityAvoid gatheringOrganic chemistryCycloadditionCombinatorial chemistry
The invention discloses double-addition fulleropyrrolidine and a preparation method thereof, relating to the field of medicinal chemistry. Double-addition N-substituted fulleropyrrolidine is obtained by introducing two water-soluble ethylene glycol arms on a fullerene molecule through cycloaddition, so that not only is the solubility increased, but also the double-addition N-substituted fulleropyrrolidine can be prevented from being aggregated and can be more uniformly dispersed in a water solution. The double-addition fulleropyrrolidine has the structural formula as shown in the specification. The problems that the traditional fullerene is poor in biocompatibility and single-addition fulleropyrrolidine is easy to aggregate are effectively solved.
Owner:ZHENGZHOU UNIV
Fusion fuel containers and system
InactiveUS7476375B1Nuclear energy generationIndividual molecule manipulationFullerene moleculeCompression method
A fusion fuel composition has two or more light nuclei combined with a cage-like molecule. The light nuclei may be, for example, deuterium and tritium, and the cage-like molecule may be, for example, a fullerene molecule. A fusion reaction to consume the fusion fuel may be ignited, for example, via compression methods including chemical or laser.
Owner:CARBON LABS
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