Add to ORKGIodine intercalated amorphous conducting C (a-C:I) films are prepd. by vapor phase pyrolysis of maleic anhydride and I2. TEM, selected area electron diffraction (SAED) and XPS studies reveal the structural changes in the iodinated amorphous conducting C (a-C) films. TEM micrographs accounts for a av. cluster size of the order of .apprx.900 nm in a-C:I film. SAED study depicts a polycryst. phase of the intercalated sample. Elec. resistivity of a-C:I samples decrease with the I incorporation. Metal-insulator transition is obsd. as a function of magnetic field
The amorphous conducting carbon films have been prepared at three different preparation temperatures...
In this paper, we discuss the synthesis of carbon–sulfur composite (a-C:S) films by vapour phase pyr...
Abstract. In this paper, we discus the synthesis of carbon–sulfur composite (a-C:S) films by vapour ...
Iodine intercalated amorphous conducting C (a-C:I) films are prepd. by vapor phase pyrolysis of male...
In this work, we discuss the structural and transport properties of iodine intercalated amorphous co...
In this work, the influence of iodine incorporation on the electrical properties of amorphous conduc...
In this work, the effect of iodine incorporation on the electrical conductivity, magnetic susceptibi...
In this work, we discuss the preparation of iodine and sulfur incorporated amorphous carbon (a-C) fi...
In this work, we discuss the preparation of iodine and sulfur incorporated amorphous carbon (a-C) fi...
Iodine and sulfur incorporated amorphous carbon (a-C) films are prepared by vapor phase pyrolysis of...
We present the synthesis and properties of iodine incorporated amorphous carbon films. Optical studi...
Carbon based solar cell has attracted researcher attention as a replacement of silicon for use in so...
The influence of disorder on the electrical properties (DC conductivity and magnetoresistance) of am...
Conducting carbon films prepared by pyrolysis of perylene-3,4,9,10-tetracarboxylic dianhydride (PTCD...
Amorphous carbon films are prepared by the pyrolysis of Tetra Chloro Phthalic Anhydride (TCPA) at di...
The amorphous conducting carbon films have been prepared at three different preparation temperatures...
In this paper, we discuss the synthesis of carbon–sulfur composite (a-C:S) films by vapour phase pyr...
Abstract. In this paper, we discus the synthesis of carbon–sulfur composite (a-C:S) films by vapour ...
Iodine intercalated amorphous conducting C (a-C:I) films are prepd. by vapor phase pyrolysis of male...
In this work, we discuss the structural and transport properties of iodine intercalated amorphous co...
In this work, the influence of iodine incorporation on the electrical properties of amorphous conduc...
In this work, the effect of iodine incorporation on the electrical conductivity, magnetic susceptibi...
In this work, we discuss the preparation of iodine and sulfur incorporated amorphous carbon (a-C) fi...
In this work, we discuss the preparation of iodine and sulfur incorporated amorphous carbon (a-C) fi...
Iodine and sulfur incorporated amorphous carbon (a-C) films are prepared by vapor phase pyrolysis of...
We present the synthesis and properties of iodine incorporated amorphous carbon films. Optical studi...
Carbon based solar cell has attracted researcher attention as a replacement of silicon for use in so...
The influence of disorder on the electrical properties (DC conductivity and magnetoresistance) of am...
Conducting carbon films prepared by pyrolysis of perylene-3,4,9,10-tetracarboxylic dianhydride (PTCD...
Amorphous carbon films are prepared by the pyrolysis of Tetra Chloro Phthalic Anhydride (TCPA) at di...
The amorphous conducting carbon films have been prepared at three different preparation temperatures...
In this paper, we discuss the synthesis of carbon–sulfur composite (a-C:S) films by vapour phase pyr...
Abstract. In this paper, we discus the synthesis of carbon–sulfur composite (a-C:S) films by vapour ...