Coming along! Light, sir?

It's a musical lighter.

Could I have a light?

Will you give me a light?

Just checking the spark plugs.

Got a light?

Robe', give me a light.

Give me a match. We'll burn 'em out.

Good man. Can I have a light?

Converters standing by.

It belongs to Captain Davenport. It's just a lighter.

Including ten minutes to change spark plugs. Look at me.

And instead of an intellect, a cigarette lighter which doesn't work.

Tilt rods are exposed over the earth and easily identifiable.

A cigarette lighter as well.

And then we look over the body and we find an old cigarette lighter and we say,

(iii) China is not in favor of the prohibition on the use of MOTAPM with tilt rods fuzes.

Break wires and trip wires do not appear to be a recommended method of activation, as it does not seem possible to design them in such a way that an individual cannot, within reason, initiate the mine.

And then we look over the body and we find an old cigarette lighter and we say, Jesus, it was dark.

According to experts consulted by the ICRC, tilt rods are also a method of detonation that cannot be designed in such a way so as to not be detonated by a person.

The National Ignition Facility, or NIF, is a large laser based inertial confinement fusion (ICF) research device, located at the Lawrence Livermore National Laboratory in Livermore, California.

The use of break wires and trip wires on MOTAPM are a particular concern to the ICRC as they cannot be designed in such a way so as to not be detonated by a person.

(ii) Tilt rods do not appear to be recommended method of activation, if they cannot be designed in such a way that an individual cannot, within reason, initiate the mine.

(ii) Tilt rods do not appear to be a recommended method of activation, if it cannot be designed in such a way that an individual cannot, within reason, initiate the mine.

(i) Break wires and trip wires do not appear to be a recommended method of activation, as it does not seem possible to design them in such a way that an individual cannot, within reason, initiate the mine.

Typical analysis of perlite 70 75 silicon dioxide SiO2 12 15 aluminium oxide Al2O3 3 4 sodium oxide Na2O 3 5 potassium oxide K2O 0.5 2 iron oxide Fe2O3 0.2 0.7 magnesium oxide MgO 0.5 1.5 calcium oxide CaO 3 5 loss on ignition (chemical combined water) Substitutes Perlite can be substituted for all of its uses.