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Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tubs, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Non-optically worked with polished faces, edges slightly beveled. Nominal angles 60 x 60 x 60.
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Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tubs, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Non-optically worked with polished faces, edges slightly beveled. Nominal angles 60 x 60 x 60.
Showing products per page