Hi there,

There are more methods for depositing nanoparticles on the conductive substrate via design the suitable of an electrochemical cell. Thus, you can check the following article to complete the answer.

Wish you success,

Dear Shavanas,

There are a lot of techniques to deposit Np on FTO substrate. In my case I use spin case, drop casting, doctor blade, ALD etc.

what kind of Np did you synthesize? And what thickness do you want?

it is a metal oxide nanoparticles like CeO2. sir, please give me a procedure for doctor blade method. sir, please give give me the procedure for also about depositing graphene based nanocomposites on FTO substrate.

Dear Shavanas,

I need to know what exactly your NP condition before I suggest in detail.

Those technique has advantages and disadvantages, I need to know what is your thickness and NP concentration in the solution state. 

Best wishes,

Dear Shavanas,

I need to know what exactly your NP condition before I suggest in detail.

Those technique has advantages and disadvantages, I need to know what is your thickness and NP concentration in the solution state. 

Best wishes,

You can fixed the glass slide on the wall vessel by Al glow strip .or by dropping by spin coating method.

regards

No, but can be deposited of MnO2 transparent substrate like glass and calculate the energy gap by plot the relationship between( αhv)2 withe photon energy .

regards

Hi there,

There are more methods for depositing nanoparticles on the conductive substrate via design the suitable of an electrochemical cell. Thus, you can check the following article to complete the answer.

Wish you success,

Thin Film Deposition can be achieved through several methods, physical vapour deposition (PVD) or chemical vapour deposition (CVD) ,spin  coating, drop casting and doctor blade.

The simplest possible is drop-casting. Put a drop, let it dry - repeat till you're satisfied. 

There are more methods for depositing nanoparticles on the conductive substrate via design the suitable of an electrochemical cell.