Table 2: MAMBO map details. For each core the products ``number of maps'' $\times $ ``array type'' list how often a core was observed with which array (``37'' for MAMBO-1 and ``117'' for MAMBO-2). Several products are given if a dense core was observed with both arrays. The last column lists the minimum noise level in a map after smoothing to $20 \hbox {$^{\prime \prime }$ }$ resolution.

c2d Name		 MAMBO maps Minimum noise level
    mJy per $11 \hbox {$^{\prime \prime }$ }$ beam
L1355 $2 \times 117$ 1.6
L1521B-2 $5 \times 117$ 1.1
L1521F $2 \times 117$ 2.0
L1521-2 $4 \times 117$ 1.3
L1524-4 $2 \times 117$ 1.4
B18-1 $4 \times 117$ 1.1
TMC-2 $4 \times 117$ 0.9
B18-2 $2 \times 117$ 1.3
B18-4 $3 \times 117^a$ 1.1
B18-5 $3 \times 117^a$ 1.1
TMC-1C $6 \times 117$ 1.2
TMC-1 $6 \times 117$ 1.7
L1507A $5 \times 117$ 1.6
L1582A $3 \times 117$ 1.3
IRAS05413 $3 \times 117$ 1.2
L1622A $7 \times 117$ 1.1
L183 $4 \times 117$ 1.4
L438 $2 \times 117$ 1.2
L492 $3 \times 117$ 0.8
CB188 $1 \times 37,$ $2 \times 117$ 0.8
L673-7 $2 \times 117$ 1.3
L675 $1 \times 37,$ $2 \times 117$ 0.9
L1100 $1 \times 37,$ $2 \times 117$ 1.3
L1041-2 $4 \times 117$ 1.4
L1148 $5 \times 117$ 1.1
L1155E $2 \times 117$ 1.5
L1082C-2 $2 \times 117$ 1.8
L1082C $2 \times 117$ 1.5
L1082A $4 \times 117$ 1.1
L1228 $3 \times 117$ 1.3
Bern48 $1 \times 37,$ $1 \times 117$ 1.0
L1172A $2 \times 117$ 1.5
L1177 $1 \times 117$ 1.3
L1021 $3 \times 117$ 1.0
L1014 $2 \times 37 $ 1.3
L1103-2 $3 \times 117$ 1.4
L1251A $3 \times 117$ 1.2
L1197 $6 \times 117$ 0.9

a B18-4 and B18-5 were observed together in one field.


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