SMB^TM Technology

Mesoporous Silica in Nano Technology (State-of-the-arts)

MCM_41, 48 (1992) Nature, Kresge USA	HMS (1995) Science, Tanev, Pinnavaia USA	SBA-15, 16 (1998, 2000) Science, D. Zhao, G.D.Stucky, R. Ryoo USA	Hybrid Meso (2002) Nature S. Inagaki Japan	AMS-n (2003) Nat. Mat. S. Che, T. Tatsumi Japan	Chiral Meso (2004) Nature S. Che China	Zeolitic Meso (2006) Nat. Mat. M. Choi, R. Ryoo Korea	DNA like structure Hybrid Mesoporous Silica (2007) S.C. HAN, S.-E. Park Korea	Silica Nano Tube (2010) S.C. HAN S.-E. Park Korea	Nano Metal Encapsulated Mesoporous Silica Nanoparticles (2019) CEN Co., Ltd. Korea
The Beginning of Mesoporous silica	The mesoporous silica from neutral condition synthesis	Mesoporous silica From triblock copolymer	The Beginning of Organic- Inorganic Hybrid Mesoporous	Unique Mesoporous From Anionic Amino Acid Surfactant	The Beginning Of Chiral Mesoporous Silica	Mesoporous Zeolite	DNA Wall Structured Mesoporous silica	The Beginning of Manufacturing Synthesis of SNT (SNTTM)	The Beginning of Metal-Ceramic Hybrid Mesoporous (SMBTM)

Smart Mesoporous Silica Nanoparticle

SMB^TM Synthesis Property

* A phenomenon where inorganic particles in a form of supramolecules(room temperature/normal pressure) are bonding with the precision nano
  structure established based on the self-assembly of the polypeptide amine particles within the sea water/fresh water

• SMB^TM SEM(Scanning Electronic Microscopy)

  

• SMB^TM TEM(Transmission Electronic Microscopy)