… An in-situ polymerization process prepared a series of melamine formaldehyde (MF)
microcapsules containing phase change material (PCM) as core material. The phase change …

… In summary, the initial temperature played a key role in the shell formation process. The
well-encapsulated microPCMs with the highest encapsulation efficiency and uniform surface …

… : Melamine formaldehyde (MF) colloidal cores were coated with polyelectrolyte multilayers.
The core decomposition process at low … For core-shell particles and capsules the intensity is …

… two-step process: (1) 6.0 g melamine, 10.0 g formaldehyde, and … the N content of the residual
shell wall is denoted by W N(r) . … residual shell wall should completely come from melamine …

… the MMF shell formation is an in situ polymerization process with the steps of W/O emulsification,
MMF prepolymer adsorbed on oil particles and prepolymer polymerization. This method …

… The rigidity of the MMF shells was tested according to our reported method [21]. Microcapsules
were placed between two pieces of glass (4 × 2 cm) and compressed. A pressure sensor …

… -shell component materials. The reason for choosing melamine−formaldehyde resin as the
capsule shell component … described in this section is hence called the “default process”. The …

… and analyzed the encapsulation with different shell/core material ratios (Qian et al., … of
melamine resin from melamine and formaldehyde for use as the shell material is a mature method …

… with a melamine urea-formaldehyde resin shell and an epoxy resin adhesive. The effects of
… were prepared by an in situ method using malmine urea-formaldehyde as a shell and epoxy …

… Since it is difficult to in situ monitor the reaction process of shell formation. Here we made
an attempt to use the EDS data as an indirect tool to probe into the underlying reaction process…