logo nano spa 1
  • Cabecera 1
    nanoscience and nanotechnology: small is different
  • Home
  • Epitexial Growth and Surface Reactivity
  • Gallery

(1) Detail of the analysis system with a sample in position under the focus of the XPS analyzer, the UV lamp, flood gun and sputter gun.

(1) Detail of the analysis system with a sample in position under the focus of the XPS analyzer, the UV lamp, flood gun and sputter gun.

(2) Illustration of the chiral induced spin selectivity effect of electrons photoemitted through a monolayer of chiral diphenyl ethane diol (M.A. Niño et al. Advanced Materials 26 (2014), 7474.)

(2) Illustration of the chiral induced spin selectivity effect of electrons photoemitted through a monolayer of chiral diphenyl ethane diol (M.A. Niño et al. Advanced Materials 26 (2014), 7474.)

(3) Detail of the reactor chamber (special coating for highly reactive gases) with a heating sample stage.

(3) Detail of the reactor chamber (special coating for highly reactive gases) with a heating sample stage.

  • (1) Detail of the analysis system with a sample in position under the focus of the XPS analyzer, the UV lamp, flood gun and sputter gun.
  • (2) Illustration of the chiral induced spin selectivity effect of electrons photoemitted through a monolayer of chiral diphenyl ethane diol (M.A. Niño et al. Advanced Materials 26 (2014), 7474.)
  • (3) Detail of the reactor chamber (special coating for highly reactive gases) with a heating sample stage.
  • (1) Detail of the analysis system with a sample in position under the focus of the XPS analyzer, the UV lamp, flood gun and sputter gun.

  • (2) Illustration of the chiral induced spin selectivity effect of electrons photoemitted through a monolayer of chiral diphenyl ethane diol (M.A. Niño et al. Advanced Materials 26 (2014), 7474.)

  • (3) Detail of the reactor chamber (special coating for highly reactive gases) with a heating sample stage.

  • (1) Detail of the analysis system with a sample in position under the focus of the XPS analyzer, the UV lamp, flood gun and sputter gun.
  • (2) Illustration of the chiral induced spin selectivity effect of electrons photoemitted through a monolayer of chiral diphenyl ethane diol (M.A. Niño et al. Advanced Materials 26 (2014), 7474.)
  • (3) Detail of the reactor chamber (special coating for highly reactive gases) with a heating sample stage.