11 results about "Particle composition" patented technology

The present disclosure provides: particles with which a fluororesin can be finely dispersed in a matrix resin; a composition; a molded body; and a low-dielectric material. The present disclosure relates to particles containing: a fluororesin; a compound (I) that has a plurality of groups (A) and is represented by formula (I); and a compound (II) that is capable of reacting with the compound (I) (In the formula, R1 and R2 are the same or different, are each hydrogen or an organic group, and may bond to each other to form a ring structure; and the double line represented by a solid line and a broken line represents a single bond or a double bond.).

Compositions, articles, and methods involving pressure-sensitive adhesives comprising polymer-grafted particles are generally described.

The embodiment of the application provides a loose accumulation body destruction process simulation method and system combined with multiple physical fields, relates to the technical field of geological engineering and rock and soil mechanics, and first captures the traces of stress transmission field, pore medium seepage field and heat exchange field on the loose accumulation body, obtains a multiple physical field dynamic trace set; reversely models the multiple physical field coupling relationship based on the multiple physical field dynamic trace set, and obtains a reverse coupling model; then, imports physical parameters such as particle composition, pore distribution and mechanical response of the accumulation body into the reverse coupling model to obtain coupling evolution data; then, constructs a destruction evolution layered path according to the coupling evolution data; and finally, generates destruction process simulation data containing multiple-dimensional evolution information based on the destruction evolution layered path. The application can accurately simulate the destruction process of the loose accumulation body.

Provided is a clothing fragrance-retaining particle composition, including a pellet core and a coating layer of the pellet core, where the pellet core includes the following components: water-soluble particle, adsorbent, essence, fragrance-retaining agent, adhesive and filler; and the coating layer includes the following components: excipient, adhesive and accessory agent. The fragrance-retaining particle composition has a coating structure, and contains a specific fragrance-retaining agent and an adsorbent, which can achieve a sustained release of essence and make fragrance fixative. Further, a particle size of the fragrance-retaining particle is controllable, and the composition can prevent the loss of fragrance, thereby achieving long-lasting fragrance. The fragrance-retaining particle composition provided in the present invention exhibits many advantages, such as good solubility, strong stability and uniform appearance, of a fragrance-retaining particle.

Methods and systems and related particles and compositions that can be used to deliver a biologically active cargo such as a drug to a cornea of an individual, the delivery performed in a rapid, nonsurgical, and / or controllable fashion are described. Particularly, a method is described for controlled ballistic delivery of a cargo in a microparticle to the cornea of an individual, including a biologically active cargo.

This invention discloses a method for interface-controlled seepage backfilling in power transmission and transformation disturbance zones, relating to the fields of soil engineering and soil and water conservation. Addressing the problem of discontinuous interface infiltration caused by differences in particle composition and compaction between upper and lower soil layers in power transmission and transformation disturbance zones, this invention first measures the particle composition and dry unit weight of the upper root zone backfill layer and the lower support layer to construct an interface abrupt change index, thereby determining whether a transition coordination layer should be set and the number of transition sub-layers. Then, a multi-layer transition structure is constructed using a combination of particle composition gradient interpolation and incremental compaction control value design. After backfilling, the method is checked and adjusted based on the arrival time and crossing time of the wetting front, as well as changes in water content on both sides. This method helps to improve the uncoordinated phenomenon of interlayer water migration, weaken local rapid channels or stagnation trends, and improve the stability of the backfill structure in the disturbance zone.

The application discloses an amorphous particle dispersion reinforced aluminum matrix alloy and a rotary deposition solid-state additive manufacturing method thereof, and belongs to the technical field of metal composite materials and solid-state additive manufacturing technology.The application provides the amorphous particle dispersion reinforced aluminum matrix alloy, and develops a suitable rotary deposition solid-state additive manufacturing process according to the characteristics of the amorphous particles.The technical problems of agglomeration, crystallization, limited addition amount and poor interface bonding of the amorphous particles are solved through precise matching of the amorphous particle composition and deposition parameters, synergistic regulation of the deposition temperature and the water cooling flux and inert gas protection, and the prepared aluminum matrix alloy has the advantages of uniform dispersion of amorphous particles, high density, excellent comprehensive performance and the like, and the process can realize preparation of large-size components, and has a good industrial application prospect.

The present invention provides a two-dimensional particle-containing composition and a method for producing the two-dimensional particle-containing composition. [Solution] A two-dimensional particle of a layered material comprising one or more layers, and a dispersion medium having a relative permittivity greater than that of water, wherein the one or more layers are of the following formula: M m X n A two-dimensional particle-containing composition comprising a layer body represented by the formula (wherein M is at least one metal element M1 of groups 3, 4, 5, 6, or 7 having an ionization energy higher than Ti, or a combination of metal element M1 accounting for 50 atomic percent or more of M and metal element M2 of groups 3, 4, 5, 6, or 7 other than metal element M1 accounting for 50 atomic percent or less of M, X is a carbon atom, a nitrogen atom, or a combination thereof, n is between 1 and 4, and m is greater than n and 5 or less), and a predetermined modification or termination T present on the surface of the layer body, wherein the two-dimensional particles have fluorine and oxygen elements.

A group of core / shell delivery particles, wherein the shell is made of a polymer material which is at least partially a reaction product of an isocyanate monomer, oligomer, or plant-derived powder material that crosslinks a prepolymer. Related methods for the manufacture and use of such compositions are described.